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HomeMy WebLinkAbout04. CCCSDCompWWMasterPlan-SOQ15PREHENSI -- - ~ -M . ' C CarAqhAlt'% Engineers... Working Wonders With Water® March 6, 2015 Central Contra Costa Sanitary District Attention: Nathan Hodges 5019 Imhoff Place Martinez, CA 94553 Lead Master Plan Project Director: Steve McDonald, P.E. 2700 Ygnacio Valley Road, Suite 300 Walnut Creek, CA 94598 office: 925 -932 -1710, mobile: 925- 788 -7001 email: smcdonaId@carollo.com Subject: Statement of Qualifications – Comprehensive Wastewater Master Plan Dear SOQ Review Panel: Facing challenges posed by aging infrastructure, stricter regulations, and finite resources, your Comprehensive Wastewater Master Plan is the single most critical document impacting Central Contra Costa Sanitary District today. It will craft a vision and chart a course for wastewater treatment and collection system improvements over the next 20 years. To be successful, it must anticipate your needs, achieve your level -of- service goals, and result in an integrated strategy to provide cost - effective and environmentally - sensitive collection and treatment. No small feat. If the answers were simple, any consultant would do. But delivering a comprehensive, forward - thinking plan that addresses your near- and long -term objectives will require an exemplary team —one that provides vision, confidence, and collaboration to achieve the best value for your ratepayers. We are that team. Proven Master Planning Talent. Together, Carollo and CH2M HILL offer a track record of local, responsive service combined with a national and international reputation for delivering planning and design services for major utilities facing similar challenges. Ourteam has completed more wastewater master plans in Northern California than any other team—including planning for more than 55 percent of the population and more than 65 percent of the flow over the last 15 years. We also bring expertise in nutrient removal, incineration, and condition assessments to guide your decisions for long -term infrastructure investment. Sound Relationships and Fresh Ideas. No other team offers a better understanding ofyourtreatment anc collection system. This familiarity will reduce our learning curve as we work closely with your engineering and operations staff to deliver a plan that optimizes existing infrastructure and minimizes costs. Butjust as importantly, our integrated team will come prepared to listen and collaborate on tailored solutions, building on our existing relationships and offering fresh perspectives to facilitate this important process. Integrated Approach to Master Planning. We understand that every decision made during the planning process has system impacts for regulatory compliance, flow capacity, level of treatment, operational complexity, community impacts, and costs. Our planning experts are no strangers to this type of integrated planning. We have recently delivered similar plans for San Francisco, San Mateo, Oxnard, and the Inland Empire Utility Agency. Our charge as your consultant team will be to help you make sound planning decisions today that will ultimately make your operations cleaner, cheaper, and more efficient. Our team has the ability, availability, and qualifications to perform this work. We look forward to continuing our record of quality service to the District. Sincerely, CA OLLO ENGINEERS, INC. '5 +, . 0--VL� Steve McDonald, P.E. Senior Vice President, Lead Master Plan Project Director V:\Client8O\CCCSD\Qual\CompWWMasterPlan\Docs\CoverLtr.docx Page 1 2700 Ygnacio Valley Road, Suite 300, Walnut Creek, California 94598 P. 924.932.1710 F. 925.930.0208 carollo.com 00 S EXECUTIVE SUMMARY Central Contra Costa Sanitary District is tasked with the critical challenge of implementing its firstjoint wastewater and collection system master plan. This MP will identify short -term needs while developing a foundation for long -term infrastructure investment. But most importantly, it will outline a comprehensive VISION for your wastewater future. The Carollo /CH2M HILL team wants to partner with you to help realize that vision. The Carollo /CH21VI HILL Team Our team features local Carollo planning man- agers hand picked to meet your critical success factors for this MP. Their skills are paired with CH2M HILL's and Carollo's leading process and collection system experts, and supplemented with some of the industry's most respected sub - consultant firms, to form a cohesive team tailored to meet the specific challenges you face. CAROLLO CH2M HILL LOCAL MANAGEMENT INCINERATION LIQUID PROCESS CONDITION DISINFECTION /REUSE ASSESSMENT SOLIDS /ENERGY INFRASTRUCTURE ADAPTATION/ RESILIENCY SUBS LWA: Regulations Key critical success factors for your RMC: Modeling 1. Maximizing the use of existing treatment and collection KATZ: Outreach system infrastructure through comprehensive asset V&A: Testing management. 2. Critically considering the impacts of changing regulations on the future of your solid and liquid processes. 3. Employing an integrated planning approach that recognizes collection, treatment, energy, and disposal /reuse as synergistic systems. 4. Positioning CCCSD to opportunistically innovate and maximize resource recovery. Our team has evaluated the requirements outlined in your RFQ to success- fully complete this challenging project. Throughout this document, we have identified how our team and experience meets and exceeds your require- ments through the use of the icons below. :=3 nm • WWTP WWTP MP Collection MP >40 mgd System MP AAF V: \Client80 \CCCSD \Qual \CompW W MasterPlan \indd \B- ExecutiveSummary.indd 500 (1 0 �O r�o J Collection Treatment/ Visionary Local System MP Collection Project Experience >500 Miles System MP of Pipe EXECUTIVE SUMMARY 12 CCCSD I Comprehensive Wastewater Master Plan MEETING YOUR REQUIREMENTS Prime Proposer Background and Qualifications Carollo Engineers has a long his- tory of providing high - quality water and wastewater services to our clients — including CCCSD. For nearly 30 years, we have as- sisted CCCSD with a variety of wastewater planning and design services. At Carollo, water is our focus, our business, our passion. As the largest firm in the U.S. dedicated exclusively to water and wastewater engineering, Carollo's corporate resume is rich in WWTP and collection system experience. From our Walnut Creek office, Carollo has planned and designed improvements for nearly every major wastewater agency in the Bay Area. As shown in the graph below, Carollo far exceeds the firm qual- ifications required by your RFQ. In fact, as our SOQ will demon- strate, not only does Carollo ex- ceed your requirements, but our major teaming partner, CH2M HILL, exceeds them as well. �r 11b 25 30 82 YEARS IN BUSINESS Project Management Team Located entirely in Walnut Creek, our management team is comprised of planning experts and former CCCSD employees with significant technical and design experience. This team is committed to working together and with you to develop a successful, visionary MP that gives you confidence in the recommendations and CIP. ' Carollo's Z' Bay Area Wastewater • Master • • Planning Experience 90 Carollo far exceeds your SOQ requirements for work in the last 15 years. Mike Britten COLLECTION SYSTEM PROJECT MANAGER California PE 1 50% Available as ON �5 2 1 2� IN LASTPMYEARS 3 1 EXECUTIVE SUMMARY V: \Client80 \CCCSD \Qual \CompW WMasterPl an \lndd \B- ExecutiveSummary.indd Steve McDonald .� PROJECT DIRECTOR e 38 California PE 50% Available I 1810 YEARS _ 41 EXPERIENCE m 2 6 03 YEARS EXPERIENCE 2 Lydia Holmes " WWTP PROJECT MANAGER 03 21 California PE 170% Available PD /PM I I _o ON IN LAST 15 YEARS YEARS EXPERIENCE 6 1 1 2 1 1 PM IN LAST 10 YEARS ' Carollo's Z' Bay Area Wastewater • Master • • Planning Experience 90 Carollo far exceeds your SOQ requirements for work in the last 15 years. Mike Britten COLLECTION SYSTEM PROJECT MANAGER California PE 1 50% Available as ON �5 2 1 2� IN LASTPMYEARS 3 1 EXECUTIVE SUMMARY V: \Client80 \CCCSD \Qual \CompW WMasterPl an \lndd \B- ExecutiveSummary.indd Subconsultants CH2M HILL is our strategic partner in this planning effort, providing expertise in condition assessments, solids, energy, and incineration. Our team is also supported by other key subconsultants: RMC for collection system modeling, LWA for regulatory and permit strategies, Katz & Assoc. for public outreach strategies, and V &A for testing for condition assessment support. We have worked closely with each of these firms on many similar planning and design projects. Key Team Members /Subject Matter Experts The Carollo /CH2M HILL team provides an optimal combination of local presence, knowledge of your facilities and staff, and national specialized expertise in all project facets. Each of our experts demonstrates a depth of knowledge that comes only from years of experience and hard work in their respective disciplines. Summary — Key Team Member Qualifications /Availability All team members have completed three relevant projects in the last five years. V: \Client80 \CCCSD \Qual \CompW W MasterPlan \indd \B- ExecutiveSummary.indd CCCSD I Comprehensive Wastewater Master Plan Summary — Subconsultant Qualifications Subs Years Experience % Available Local PE Jim Hagstrom 26 10 ✓ CA Rich Pyle 33 10 36 CA Jamel Demir 40 20 ✓ CA Rick Nelson 42 20 KS Sara Katz 30 20 ✓ Glen Daigger 36 15 AZ Tom Grovhoug 39 10 ✓ CA Robb Grantham 17 10 ✓ Jeff Sanford 22 20 Mike Fleury 43 20 NV Jose Villalobos 42 20 ✓ CA Rod Reardon 37 15 FL Andy Salveson 21 10 ✓ CA Peter Burrowes 40 15 Ontario Jay Witherspoon 33 10 ✓ Dru Whitlock 21 20 LIT Gisa Ju 37 50 ✓ CA Tim Loper 15 20 ✓ CA All team members have completed three relevant projects in the last five years. V: \Client80 \CCCSD \Qual \CompW W MasterPlan \indd \B- ExecutiveSummary.indd CCCSD I Comprehensive Wastewater Master Plan Summary — Subconsultant Qualifications Subs Years in Business Local Office CH2M HILL RMC 69 17 Oakland Walnut Creek LWA 36 Davis /Oakland Katz 29 San Francisco V&A 36 Oakland EXECUTIVE SUMMARY 14 coN "'O F2� FIRM QUALIFICATIONS ne Carollo /CH2M HILL team brings a proven track record managing large, complex treatment and collection system master plans throughout the Bay Area and around the globe. Our combined experience and proven commitment to CCCSD can give the District CONFIDENCE in our ability to deliver an integrated and innovative plan that optimizes your future investment. Carollo Engineers, Inc. • Successful history delivering planning and design services for CCCSD, including "plant of the future" and near -term optimization efforts, as well as upgrades to plant solids and liquid processes spanning nearly 30 years. Largest firm in the U.S. dedicated exclusively to water and wastewater engineering —it's all we do. Currently ranked by ENR as No. 2 in California for sewerage /solid waste. • Staff of more than 730 in 39 offices throughout the U.S., including nearly 300 in California and 115 in Walnut Creek, where most of the work for this project will be performed. • Recognized leader in innovative solutions to address the issues facing CCCSD, including ag- ing treatment /collection system infrastructure, wet weather flows, and changing nutrient and sludge incineration regulations. • Provided wastewater planning in Northern California for more than 55 percent of the popu- lation and more than 65 percent of the flow in the last 15 years —more than any other firm. CAROLLO Headquarters in Walnut Creek, California CH2M HILL • Proven record on major incineration projects, including fluidized bed incineration (FBI) sys- tems, combining innovative air pollution control components, evaluating and upgrading existing multiple hearth incinerators to beat EPA regula- tory deadlines, and innovative resource recov- ery to meet plant electrical demands. • With a staff of 25,000 employees in 186 offices, has served public utility clients by providing en- gineering, design, and construction for complex programs in more than 90 countries since 1946. • Industry leader in wastewater and solids man- agement. Globally recognized experts in all aspects of treatment and collection system master planning required by CCCSD, includ- ing incineration, waste heat -to- energy energy assessments, and condition assessments of operating facilities. Currently ranked by ENR as the No. 1 Wastewater Company and No. 3 Water Company in its Top 20 rankings. 82years in business 0 V Un VC50 90 15 85 2 IN THE LAST 15 YEA V: \Client80\ CCCSD\ Qual \CompWWMasterPlan \lndd \C - Firm(s) Qualifications.indd CH2M HILL Local office in Oakland, California 69 years in business 3 30 110 20' 20 20 RS IN THE LAST 15 YEARS FIRM(S) QUALIFICATIONS 1 5 CCCSD I Comprehensive Wastewater Master Plan PRESENTING OUR QUALS The Carollo /CH2M HILL team pro- vides you two top -notch firms, both meeting your requirements for the prime proposer. To demonstrate this, we have organized our qualifications for both firms in two different ways: Two qualifications summary tables —one for Carollo and one for CH2M HILL —each showing qualifying experi- ence for five WWTP MPs and five collection system MPs completed within the last 1S years. Qualifications Directly Matching Your Needs The Carollo /CH2M HILL team will draw on combined experience gained from similar projects across the nation to address several is- sues that are critical to the success of this comprehensive plan. Incineration Sludge incineration will contin- ue to be a key issue for CCCSD moving forward. CCCSD and Palo Alto operate the only two WWTP incineration facilities in California. Both Carollo and CH2M HILL have provided sig- nificant planning and evaluation of Palo Alto's facilities since the 1990s. Ourteam understands the issues related to incinerator air permitting, seismic stability, condition assessment, and op- timization. Further, CH2M HILL offers a dedicated incinerator condition assessment specialist, and focused incineration experi- ence gained through cutting - edge projects in Green Bay, WI and Fairfax, VI. 0 Nutrients For every Bay Area wastewater utility, nutrient removal is a pri- mary concern. Our local knowl- edge and work with BACWA to track nutrient control strategies being considered by the SF RQWCB will be invaluable in ad- dressing this important issue. Both Carollo and CH2M HILL have assisted clients throughout the U.S. in addressing nutrient requirements, including utilities in Johnson Co., KS; Clark County, NV; and Tallahassee, FL —where nutrient limits are among the most stringent in the U.S. Asset Management Maximizing use of existing in- frastructure is paramount to maintaining efficient operations A U.S. map high- : lighting additional collection and WWTP MPs for both firms, each addressing some of the key issues facing CCCSD. and high - quality service to your customers. Our team is experienced in condition as- sessment /prioritization of R &R projects for WWTP and collec- tion systems. Recent experi- ence in Albuquerque, NM, and Denver, CO, demonstrates how inspection, condition evalua- tion, and prioritization can lead to successful, long -term asset management. Resource Recovery Sustainability and resource re- covery have become important themes for many agencies. Carollo and CH2M HILL both have been leaders in bringing these values to our projects. Recent examples include MPs for San Jose, CA, where water reuse and energy optimization/ recovery were top priorities, and Clean Water Services, OR, where a nutrient (phosphorus) recovery process now produces a beneficial fertilizer product. 1. Incinerators at Palo Alto WWTP, CA; 2. Nutrient removal in Clark County, NV; 3. Asset management in Albuquerque, NM; 4. Beneficial fertilizer product from Ostara process at Clean Water Services, OR. 6 1 FIRM(S) QUALIFICATIONS CCCSD i Comprehensive Wastewater Master Plan QUALIFYING EXPERIENCE - CAROLLO ENGINEERS, INC., PRIME PROPOSER WASTEWATER TREATMENT MASTER PLANS 1. Sacramento Regional County ". a " Innovative MP that bridged the gap between traditional and modern approaches. Carollo projected McDonald, Holmes, Demir, 1998-2004 Completed Sanitation District, CA - 2020 m hydraulic model. Carollo provided project management, model development from Oakland's as -built future capacity needs, identified alternative treatment scenarios, anticipated changing regulatory Larry Walker Associates and Capacity Assessment on time and Master Plan 930 181 trends, and developed competitiveness concepts that could be applied to all SRCSD master budget and a sewer pipe inspection and cleaning program. planning, design, and project delivery activities. 3. City of Modesto, CA - m a 2. City of San Jose, CA - Water ® Carollo has completed two combined MPs for Modesto. For treatment, Carollo evaluated options • Britten, Prudhel, Dadik, 2005-2015 Currently Carollo incorporated "green vision" goals; maximized site use by integrating alternatives analysis for McDonald, Demir, Wason, 2007-2011 Completed Pollution Control Plant Master Grantham, Holmes, Loper, on time and and Treatment Master Plan liquids, solids, biosolids, energy, and land -use planning; evaluated regulatory impacts; maximized Gharagozian, Dadik, Mossinger, 600 on time and Plan budget 167 plant capacity to accommodate growth; optimized processes to enhance operations; and developed Holmes, Bourgeous, Salveson include capacity /reliability improvements, rehabilitation, and new facilities. budget a $113 CIP. 3. City of Fresno, CA - Fresno- For this 20 -year MP, Carollo provided flow and load projections to address major industry growth, Demir, Bourgeous, Mossinger, 2002-2010 Completed Clovis Regional Water m reviewed operational issues to optimize plant performance, prepared a capacity evaluation, Dadik, Larry Walker Associates on time and Reclamation Facility Master 88 recommended an implementation plan, provided a detailed financial plan, and provided CEGA budget Plan Updates documentation. 4. San Francisco Public Utilities m a " ® Carollo determined existing /future regulatory requirements, identified green technology, conducted • McDonald, Holmes, Grantham, 2004-2010 Completed Commission, CA - 30 Year condition assessments of three existing treatment facilities and five major pump stations, Salveson, Mossinger, Yamello, on time and Sewer Master Plan 80 900 estimated GHG emissions and analyzed current and projected changes in sea level and precipitation Dadik budget patterns for the treatment facilities and collection system. 5. City of Palo Alto, CA - Long- 28 Carollo led Palo Alto's first -ever WWTP facility plan. Palo Alto is one of two Bay Area WWTPs Holmes, Gharagozian, Demir, 2010-2014 Completed Range Facility Plan using multiple hearth incineration for solids management, making developing solids alternatives a Reardon, Salveson, Taylor on time and key focus. The MP and $400M CIP identified facility needs to accommodate regulatory changes, budget service area growth, replacement of aging infrastructure, and long -term recycled water delivery. COLLECTION SYSTEM MASTER PLANS 1. City of Fresno, CA - is Carollo identified capacity constraints within the existing collection system and provided Loper, Taylor 2013-2014 Completed Wastewater Collection System recommendations for infrastructure improvements necessary to accommodate densification and on time and Master Plan Update 1,500 future growth, including future industrial growth. The MP included an update of the City's sewer budget rehabilitation project CIP. 2. City of Oakland, CA - Collection ". " This project included construction and calibration of Oakland's first -ever city -wide collection system Loper, Taylor, V&A Consulting 2010-2012 Completed System Hydraulic Modeling ." "`.,, ; , hydraulic model. Carollo provided project management, model development from Oakland's as -built Engineers on time and and Capacity Assessment 930 drawings, an 1/1 evaluation, a system capacity analysis, an asset management implementation plan, budget and a sewer pipe inspection and cleaning program. 3. City of Modesto, CA - m a " ® Carollo has completed two combined MPs for Modesto. For treatment, Carollo evaluated options • Britten, Prudhel, Dadik, 2005-2015 Currently Wastewater Collection System to provide BNR and tertiary treatment through 2035. The collection system MPs encompassed Grantham, Holmes, Loper, on time and and Treatment Master Plan 41 600 600 miles of sewer and 39 lift stations. The efforts resulted in a 20 -year, $250M CIP that will Taylor, Yamello, V&A budget Updates include capacity /reliability improvements, rehabilitation, and new facilities. Consulting Engineers 4. City of Turlock, CA - Collection 20 220 ® Carollo identified a $71M CIP that includes collection system rehabilitation and hydraulic capacity Britten, V&A Consulting 2011 -2014 Completed System and Wastewater • upgrades for more than 220 miles of sewer and 24 pump stations. For the wastewater treatment Engineers on time and Treatment Master Pan MP, Carollo developed a phased $79M CIP that address reliability needs, capacity expansion, and budget potential future discharge requirements. 5. East Bay Dischargers ft 212 Carollo completed a system flow MP for EBDA, a JPA that collects secondary treated effluent from Loper, Taylor, Yamello 2011 -2012 Completed Authority, CA - System Flow eight East Bay agencies through 2,300 miles of pipelines. Carollo constructed a hydraulic model on time and Master Plan 2,300 of EBDA's highly complex collection system, which includes 18 miles of 60- to 96 -inch diameter budget forcemain, two 60 -mgd pump stations, a 120 -mgd pump station, and a bay outfall diffuser. 1. Carollo was prime consultant on each of the treatment and collection system MPs listed on this page. 2. Carollo modeled 21 miles of pipeline and analyzed flows for 2,300 miles of pipeline in the EBDA system FIRM(S) QUALIFICATIONS 17 V: \Client80 \CCCSD \Qual \CompW WMasterPlan \lndd \C- Firm(s) Qualifications.indd CCCSD I Comprehensive Wastewater Master Plan QUALIFYING EXPERIENCE - CH2M HILL WASTEWATER TREATMENT MASTER PLANS 1. Orange County Sanitation District, CA Capitals 0 �� ® • ® CH2M HILL performed CIP validation and confirmed OCSD projects to be implemented with a focus on The CIP included for large WWTPs Jackson, Naimey 2002-2012 Completed - cost estimating and scheduling. process prioritization of projects two on time and Improvement Program 250 600 with combined average treatment capacity of approximately 250 mgd, and collection system sewers and budget pump stations. 2. Inland Empire Utilities Agency, 0 �� © • ® CH2M HILL and Carollo are developing a MP to assess IEUA's long -term growth and capacity needs. Daigger, Loper 1999- Currently CA - Wastewater Facilities This includes expansion requirements at IEUA's reclamation facilities to address water use efficiency, Ongoing on time and Master Plan 84.4 159 discharge permitting, and recycling needs, and a quality /capacity evaluation of the collection system at budget IEUA's four RWRFs which includes updating its collection system model. 3. Fairfax County, VI - Noman M. CH2M HILL prepared a 20 -year comprehensive MP and a formal annual business process for identifying, Daigger, Burrowes, 2009- Currently Cole, Jr. Pollution Control Plant m evaluating, prioritizing, justifying, funding, and scheduling 73 capital projects. CH2M HILL is also designing Surti Ongoing on time and Wastewater Master Plan 67 solids process upgrades, including improvements to four multiple hearth incinerators and the addition of budget energy recovery to the incineration process to produce approximately 1 MW of renewable energy. 4. Johnson County Wastewater, �_ - a '_` -` J " • ® CH2M HILL conducted multiple studies for Johnston County to asses SSOs in the collection system, Nelson, Daigger, 2002 - Currently KS - Nelson WWTP Complex, including developing a collection system modeling using InfoWorks, a prioritized collection system Burrowes, Jackson Ongoing on time and Tomahawk WWTP, and Middle s� .-- 58.7 1,080 improvement implementation plan, nutrient removal MPs and business case analyses for Nelson and budget Basin WWTP /Service Areas Tomahawk WWTPs, and a solids improvements planning study for the Middle Basin WWTP. 5. NEW Water, Green Bay, This solids management facilities plan developed digestion /incineration with power generation /heat Burrowes, Whitlock, 2012- Currently WI - Resource Recovery and 38 recovery at the Green Bay WWTP. CH2M HILL evaluated maximum achievable control technology air Surti Ongoing on time and Electrical Energy Project pollution regulations and energy balance to achieve energy /resource recovery goals. Planned improvements budget will replace two multi- hearth incinerators with one FBI to meet 65 percent of the plant's electricity demands. COLLECTION SYSTEM MASTER PLANS 1. City of Baton Rouge, LA - SSO a " • ® This wet weather Consent Decree program involved CIP development, prioritization, and validation for Nelson, Daigger 2007- Currently Control and Wastewater three collection and treatment districts. CH2M HILL utilized innovative planning tools, including InfoWorks Ongoing on time and Facilities Improvements k 139 2,000 for extensive modeling on the sewer system and CH2M HILL's proprietary Pro2D WWTP process model. budget Program 2. Johnson County Wastewater, CH2M HILL developed the Shawnee Mission Turkey Creek sewer system watershed improvement plan. Nelson 2006-2008 Currently KS - Kansas Shawnee Mission This project was the first use of a collection system optimatics genetic algorithm (OGA) in the U.S. on time and Turkey Creek Sewer Master 1,950 OGA was effective in evaluating the thousands of options considering relief, treatment, storage, and 1/1 budget Planning ' elimination. 3. City of Olathe, KS - Sanitary '' CH2M HILL conducted a systematic sewer master plan to find and abate 1/1 for Olathe's Indian Creek and Nelson 2010-2012 Completed Sewer Rehabilitation Master Cedar Creek basins. The project included an XP -SWMM hydraulic model, flow monitoring and analysis, on time and Plan 520 and system planning considering a 30 -year planning forecast. budget 4. City of Rochester MN - Project CH2M HILL determined the adequacy of the existing collection and trunk sewer system and identified Nelson 2009-2011 Completed Area 3 Master Plan $- N and evaluated alternatives to achieve system capacity to meet current and projected customer needs. In on time and 501 addition to condition assessment, the team developed and calibrated an InfoWorks -based hydraulic model budget of the trunk sanitary sewer system. 5. Seattle Public Utilities, WA - " As program manager for SPU's CSO reduction program, CH2M HILL completed flow monitoring at CH2M HILL 2009- Currently Program Management for CSO 220 sites to establish baseline conditions; developed, calibrated, and validated hydrologic /hydraulic Ongoing on time and Program 448 models for 10 uncontrolled CSO basins; and developed a long -term control plan (LTCP) to guide project budget implementation activities between 2016 and 2025. 3. CH21M HILL was prime consultant on each of the treatment and collection system MPs listed on this page. FIRM(S) QUALIFICATIONS 18 V: \Client80 \CCCSD \Qual \CompW WMasterPlan \lndd \C- Firm(s) Qualifications.indd CONFIDENCE Through Project Experience CLEAN WATER SERVICES, • OR - WWTP MP = Facility plan addressing phosphorus and ammonia removal to meet future permit requirements. The plan resulted in an innovative Ostara nutrient removal process that SON allows CWS •` to create and �• 1, sell fertilizer, resulting a in a 5 -year payback. •• • • SAN MATEO - • COMBINED SYSTEM MP ANSI Developed $900M CIP rJ for storage, conveyance, and treatment to address • `• aging infrastructure and 10 comply with future permit requirements. oft • • ............................. ............................... • OCSD, CA- WWTP MP rl•��) Provided master planning, • project management, and design oversight for more than • 140 significant rehabilitation, • • upgrades, and expansion projects including secondary treatment facilities with a combined capacity of 320 mgd. • MWRD, DENVER, CO - COLLECTION SYSTEM MP F Developed a service area utility plan report, CIP, comprehensive service area (540 -sq. miles with 63 contributing agencies) model, and an inspection and condition evaluation that included a predictive corrosion model. • • • CCCSD I Comprehensive Wastewater Master Plan Together, the Carollo /CH2M HILL team has delivered more than L 7 O treatment and collection system MPs for more than $50B in planned improvements throughout the U.S. OMAHA, NE COLLECTION SYSTEM PLAN Program management and implementation of a Long -Term Control Plan (LTCP) that identified methods to reduce occurrence of untreated combined sewer overflows. Included detailed modeling and system characterization of 880 miles of sewer, • 13 combined sewage lift stations, and 34 diversion structures. • ........ ........................... : • CLARK COUNTY, NV - WWTP MP • Provided planning /design to convert CCWRD's activated sludge facility from chemical phosphorus • r removal to biological phosphorus removal (BPR) at ....................... one of the largest BPR facilities in the U.S. • 0 • • All) • ^ • • ................................ ALBUQUERQUE, NM - COLLECTION SYSTEM MP i DALLAS, TX - COMBINED SYSTEM MP Interceptor rehabilitation Strategic plan prioritizing near- and long -term program which developed i i needs for two WWTPs (260 mgd combined) and an asset management plan that provides the 4,000 -mile collection system. Addressed framework to prioritize infrastructure, R &R projects using risk treatment needs, pc��lsustainability. analyses and business case energy, regulations, evaluations. security, 0 &M, and " " ".'.'.'.'.'. ". "'.'.` ......................... ............................... ..:`�.:.:.� ROCHESTER, MN - COLLECTION SYSTEM PLAN The plan quantifies 1/1 sources and provides a plan for i Rochester PWD to reduce sewer backups during wet weather events in three basins and more than 500 - miles of pipe, as well as establishes procedures for - investigating other system areas. • LUBBOCK, TX - WWTP MP Comprehensive analysis of historical data to develop liquid and solids mass balance. Identified biosolids management options for reuse /disposal of at least 50 percent of plant solids, and beneficial use of digester gas to manage side streams. ••l • • n L • { • JOHNSON COUNTY, KS - COMBINED SYSTEM PLAN Service area plan that provides • : flow values for the 58 -mgd combined WWTP complex design and develops a • prioritized implementation plan for 1,080 miles of collection system improvements. TALLAHASSEE, FL WWTP PLAN Completed long -term treatment and disposal strategic MP, which addressed advanced treatment and total nitrogen limits of • • • 3 mg /L. Due to limited facility • �• space, • "" """° ultimately designed a • an MBR in ........... .............. ..................... ............................_.. • ............................................. conjunction .ol� j BATON ROUGE, LA - COMBINED • with a J SYSTEM PLAN 4 -Stage $1.313 program corrects wastewater • • Bardenpho collection /conveyance system overflows • • process. and discharge permit violations at the 139- ...... • • • • • • mgd South WWTP. Program tasks include ' modeling of nearly 2,000 miles of separate i gravity and pressure sewer systems. ................................................. ..............................e FIRM(S) QUALIFICATIONS 19 V: \Client80 \CCCSD \Qual \CompW WMasterPlan \lndd \C- Firm(s) Qualifications.indd Subconsultants Katz & Associates I Community Outreach Located in San Francisco, Katz has been in busi- ness for 29 years. Katz provides community relations, public involvement and public affairs strategies, and develops communication pro- grams for local, state, and federal public agencies. CCCSD I Comprehensive Wastewater Master Plan regulations and policies, including San Francisco Bay Area nutrient regulatory trends, and has as- sisted BACWA in development of its long -term nutrient regulatory strategy. V&A Consulting Engineers I Condition Assessment Support, Field Testing RMC Water and Environment, Inc. I V &A is a specialized consulting engineering firm Collection System Modeling and GIS /ESRI located in Oakland. Over the last 36 years, they RMC, located in Walnut Creek, has been in busi- ness for 17 years, providing expertise in sewer system master planning. They have extensive modeling experience using InfoWorks CS and ICM, as well as other modelling programs, and in the application of GIS and other data manage- ment tools in sewer planning projects. Larry Walker Associates I Wastewater Regulatory Lead Founded in 1979, LWA has local offices in Oakland and San Jose. LWA provides regulatory and NPDES permit assistance and has proven experience and knowledge of federal and state Subconsultant Associations have provided services to help assess and main- tain infrastructure assets. They perform condition assessment of coated or uncoated steel and con- crete structures within municipal civil infrastruc- ture facilities and /or collection systems. Our team has worked together many times before, providing master planning, visioning, and CIP development /prioritization for treatment and collection systems similar to CCCSD's. Carollo has long- standing relationships with each of our subconsultants for this project. This includes more than 200 projects in the last 15 years. A summary of our working relationships with each of our subconsultants is shown below. 98 $70M $5.4M 13 $4.1 M 92 $62M 15 $14M Projects Engineering Fees Projects Engineering Fees Projects Engineering Fees Projects Engineering Fees Projects Engineering Fees $655K IEUA UA Wastewater Facilities MP $1M Clean Water Services, OR, West Basin Facilities Plan $11M Riverside RWOCP MBR Expansion $2.5M San Francisco 30- Year Sewer Master Plan $4.1M Oxnard Recycled Water Retrofit Program a $775K Santa Clara Valley Water District Potable Reuse Projects $1.2M Oceanside 2013 Integrated MP 8 $4.5M Palo Alto Program Management $1.2M SRCSD Interceptor Sequencing Study/ Implementation Plan $1.4M Modesto Wastewater Collection System and Treatment MP $1.2M Oceanside 2013 Integrated MP $1.2M SRCSD Interceptor Sequencing Study/ Implementation Plan a $4.2M SRCSD 2020 MP a $800K Fresno RWRF MP Update $1.2M San Mateo 20 -Year WWTP MP FIRM(S) QUALIFICATIONS 1 10 V: \Client80 \CCCSD \Qual \CompW WMasterPlan \lndd \C- Firm(s) Qualifications.indd PRO ;T TEAM QUALIFICATIONS nple, one - size - fits -all solutions won't meet your needs for an implementable C104 plan to provide cost - effective, reliable collection and treatment. You need a best - <<1eORAT%Or in -class team that can engage in meaningful COLLABORATION to meet the challenges you face. We offer the following reasons why the Carollo /CH2M HILL team is right for CCCSD. SENIOR LEADERSHIP YOU CAN TRUST .................. Lead Master Plan Project Director Project Manager WWTP Master Plan ................ .......... Project Manager Collection System Master Plan Steve McDonald is a senior Carollo VP with 38 years of experience. He has directed strategic MPs for some of the largest utilities in the West. This includes more than $15B in wastewater facilities in the last 15 years, serving clients such as San Francisco, San Jose, SRCSD, and Oxnard. With a history working for and with CCCSD, Steve understands your fa- cilities, staff, and resources, and can deliver a plan tailored to your needs. Lydia Holmes is a Carollo VP with a solid reputation on delivering stra- tegic solutions for a wide variety of technical planning issues. A Carollo VP with 21 years of experience, Lydia's wastewater MPs have helped clients make sound decisions, minimize costs, employ sustainable con- cepts, and achieve stakeholder buy -in. She has provided planning for more than $713 in treatment facilities throughout California, including MPs for San Francisco, Palo Alto, and San Mateo. Mike Britten is a senior Carollo VP with 41 years of experience in treat- ment and collection system planning and design, including recent collec- tion MPs for Modesto, Turlock, and South San Francisco. Anotherformer employee of CCCSD, Mike is well known for his "customer centered" approach. Mike and Lydia will worktogether, using their complementary skills and management styles, to deliver an integrated strategy for col- lection and treatment that will serve your rate payers for years to come. ........ ............................... TOP -LEVEL COMMITMENT -------------------- - - - - -- - -- - - -- We have demonstrated in our companies' commitment to your project through the addition of two key individuals to your organization chart. r These principals -in- charge will provide technical, management, and Principal- policy support. It will be theirjob to see that work proceeds smoothly in- Charge Carollo and meets your expectations for ultimate project success. r ........................ I........... .............................. Jim Hagstrom is an executive VP and a Carollo board member with '- 26 years of wastewater experience. He has directed high -level plan- ning and design projects throughout the U.S., including similar MPs for Principal- Sunnyvale; Bellingham, WA; and King County, WA. in- Charge CH2M HILL Rich Pyle is a seniorVP and California area manager for CH2M HILL. He ...•.• ••• ...........................' combines 33 years of experience managing water resources projects with a business background to support the technical, financial, competitive, and marketing aspects of large, complex wastewater projects. PROJECT TEAM QUALIFICATIONS 111 V:\Ctient8O\CCOSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan AN INDEPENDENT QUALITY MANAGEMENT TEAM ..... ............................... Quality Assurance/ Quality Control Lead Treatment Quality Assurance/ Quality Control Lead Collection We are including two QA /QC leads, one for treatment and one for col- lection. These individuals are experienced in coordinating independent teams of experts to perform QM checks at strategic MP milestones. Jamel Demir has 40 years of experience and has led more than 20 wastewater facility planning projects and designs in the last 15 years, including several for CCCSD. His expertise is based on more than $913 in master planned facilities and $113 in constructed facilities, including similar treatment MP efforts for Sunnyvale, San Jose, and SRCSD. Rick Nelson brings 42 years of experience in comprehensive condition assessments, asset inventories, condition ratings, and repair /replace- ment strategies for collection systems. He currently leads CH2M HILL's Conveyance Infrastructure Practice and has provided recent sewer as- sessment /improvement services in San Francisco; Johnson County, KS; Kansas City, MO; and Rochester, MN. EFFECTIVE COMMUNITY OUTREACH .... ............................... Sara Katz is founder and CEO of Katz & Associates. She is a leader in developing community outreach and strategic communications plans 0 for public agencies throughout the U.S., Australia, and Iraq. For more Community than 30 years, she has provided public outreach /communications for Outreach Strategist more than $15B in capital investments, including ongoing work on San ................... Francisco's Sewer System Improvement Program and Infrastructure Investment Program, and San Diego's Pure Water program. .......................................................................... ............................... STRONG TECHNICAL SUPPORT .... ............................... Strong technical support for this effort will be provided by our team's subject matter and discipline experts. We have highlighted a fewteam members who will play key roles below. This is followed by a summary Resiliency that outlines all team members' experience and qualifications to meet Adaptation Lead the requirements set forth in your RFQ. ......... ......................... Glen Daigger is an internationally - recognized authority in wastewa- ter technologies within CH2M HILL and throughout the industry. With more than 36 years of experience, his skills include identifying/analyz - wastewater ing WWTP vulnerabilities, climate change impacts, and adaptation Regulatory strategies. He has provided these services to clients throughout the Lead U.S. and in Denmark, Australia, and Singapore. Tom Grovhoug is the president of LWA, where he actively leads regu- latory work for numerous California clients. His background includes NPDES permitting; tracking current /emerging state, federal, and re- gional wastewater regulations; and ongoing involvement in Bay Area nutrient management strategies. He assisted CCCSD with your last three NPDES permits, was a project advisor on BACWA's nutrient regu- latory strategy, and helped CASA develop an alternate nutrient policy. 12 1 PROJECT TEAM QUALIFICATIONS V:\Client80\CCCSD\Qual\CompWWMasterPian\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan STRONG TECHNICAL SUPPORT -------------------- - - - - -- - --- --- Rod Reardon leads Carollo's National Wastewater Technology Practice. Wastewater He has provided process assistance for more than 50 AWTFs valued in Process and excess of $113 and completed more than 24 VE studies contributing to Nutrient e millions in capital and operational savings for large, lex WWTFs. Treatment p p g g� p Lead Recent assignments include projects for Sunnyvale, San Jose, and OCSD. ...... With more than 37 years of experience, Rod's expertise includes nutrient Disinfection removal (sidestream and mainstream) and resource recovery for produc- and ing reclaimed water fit for various types of reuse. Advanced Oxidation Andy Salveson is Carollo's water reuse chief technologist and disin- Process fection principal technologist. With 21 years of experience, he has led Lead some of the latest and most critical research on UV disinfection and ..... ............................... advanced treatment of wastewater /reclaimed water, including proj- Incinerator/ ects forthe WRRF, WERF, WaterRF, and utility clients nationally. Andy Energy provides guidance and expertise on state -of- the -art technologies for f Recovery wastewater reuse, and has recently led numerous planning, design, Technologies : and research projects throughout the U.S. with a focus on IPR /DPR. M Lead p 1 9 ...... ............................... .......... ........................... Peter Burrowes is an recognized biosolids combustion and energy re- covery expert with CH21VI HILL. His background includes multiple hearth Incinerator/ Energy and fluidized bed incineration, and air regulations and permitting for Recovery thermal processes (including SSI MACT standards for new and existing Technologies incinerators). Relevant experience includes a cutting -edge project that .. Support used FBIs to meet 65 percent of plant electrical demands in Green Bay, WI; a design to replace MHFs with FBIs in Puerto Rico; and performance testing of MHFs in Fairfax, VA. Collection Jay Surti is with CH21VI HILL and experienced in wastewater solids System treatment and management solutions, energy recovery from waste - Modeling Lead water solids, waste -to- energy systems, and decentralized power gen- ` " " " " " " " " ". " " " " " " " "'' eration and cogeneration solutions. Jay will provide support to Peter ..... ............................... Burrowes, providing expertise in incineration and air quality issues and Solids plant energy balances. Handling, Biogas, Gisa Ju is a principal and senior civil /environmental engineer with and Hauled RMC. She specializes in the planning and evaluation of collection sys- Waste Lead ...... ............................... tems, with specific expertise in data management, GIS, and the imple- mentation, configuration, and calibration of dynamic models. Gisa has used InfoWorks since its introduction 15 years ago (and previously used its predecessor, HydroWorks) on more than 30 modeling projects. Drru Whitlock is one of CH2M HILL's lead technologists in renewable energy production and energy efficiency. He served as senior technical consultant for the Ejby Molle WWTP in Odense, Denmark, which won the 2012 Water and Energy Exchange (WEX) Global Innovation Award in the water and energy category. Dru has extensive planning, design, and technical expertise in anaerobic digestion and solids handling. PROJECT TEAM QUALIFICATIONS 1 13 V:\Ctient8O\CCOSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd TERTIARY Keith Bour The Carollo /CH2M HILL team offers: • A strong management team — offering detailed knowledge of CCCSD's system and a strong background in treatment and collection system MPs for Bay Area clients. • A strategic alliance of Carollo, CH2M HILL, Katz, RMC, LWA and V&A— playing to each firm's strengths in order to meet the specific challenges you face. • A deep bench of top industry experts —hand picked for your specific process and collection system needs and dedicated to your MP's success. • A strong local presence— featuring approxi- mately 75 percent of subject matter /discipline experts located in Northern California. This team puts the right people in the right places to deliver the right solutions for CCCSD. V:\Client8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan .............................. ............................... MANAGEMENT Treatment and Collection System Experts I Collaborating to deliver In a sound TEAM Steve McDonald technical assessment Mike Britten Lydia Holmes Your collection and treatment systems are comprised of discrete elements that form a highly- functioning, " " " " " " " " " " " " "' interrelated system. While our management team's role will be to consider a big picture, systems view, an accurate / and detailed MP cannot be constructed without sound expertise focused on each technical element of your system. SECONDARY TREATMENT / '. AIR/ GREENHOUSE ......., NUTRIENTS /PROCESS " " " " " " " " " " " " " " " "" Rod Reardon GASES Andre Gharagozian Jay Witherspoon : """'' INCINERATORS Peter Burrowes Jay Surti .......... COGENERATION/ POWER /ENERGY Peter Burrowes /Jay Surti Aaron Hall /Jaya Johnson �+♦♦�♦ + =♦. - ........................ �♦�♦�♦ ♦�♦ ♦ ♦ ♦♦ ♦♦ ♦/. SOLIDS .♦ ♦ ♦♦ HANDLING ♦ _♦ ' ����♦ ♦. ♦, ♦I RESILIENCY �1�. Dru Whitlock �II � ♦rte ♦'♦ �1 A Da 991ON GIe _DISINFECTION 3 Andy Salveson CONDITION ASSESSMENT: Jeff Sanford c BLOWERS (Steam Driven) Sarwan Wason A 1............ ............................. REGULATIONS : COLLECTION Tom Grovhoug SYSTEM .. ............................... MODEL Gisa Ju OPERATIONS Dennis Burrell : PIPELINE ............ c CONDITION Mike Fleury ODOR Scott Cowden ., LARGE PIPES Anne Prudhel ............................... TRENCHLESS TECHNOLOGIES Tim Taylor PUMP :............... ....... .......... . STATIONS Todd Yamello wk PROJECT TEAM QUALIFICATIONS 114 CCCSD I Comprehensive Wastewater Master Plan MEETING YOUR REQUIREMENTS The following summary highlights the qualifications /experience of our project team based on the minimum requirements outlined in your RFQ. Resumes in the Appendix provide a more detailed summary for each team member. Management Team Team Member p• Steve McDonald, P.E. I Lead Master Plan /Project Director Carollo Engineers, Inc. Senior vice president and national director of Carollo's Integrated Water Walnut Creek, CA Resources Practice. Directed 10 similar strategic master planning efforts for Civil Engineer: CA, NV, HI more than $15B in wastewater facilities in the last 15 years, including: Experience: 38 Years • Project director for the SFPUC 30 -year Sewer MP that identified $513 in future © 11 ®© ® facilities, including improvement to two WWTPs with a combined 80 -mgd AAF and 900 miles of collection system pipelines. 12010 • Project director for the 30 -year San Jose /Santa Clara WPCP MP, which • identified $313 in liquid and solids improvements for this 167 -mgd ADWF treatment facility. 12013 • Project manager for the integrated water resources portion of Oxnard's Public Works Integrated MP. This treatment and collection system MP uses the latest in integrated system techniques to improve performance and minimize costs. 12016 Jim Hagstrom, P.E. Carollo Principal -in- Charge Carollo Engineers, Inc. Executive vice president with Carollo. Principal /project manager of eight Walnut Creek, CA similar MPs in the last 10 years ($7.5B in planned facilities). Civil Engineer: CA, ID, IL, • Project director for the City of Sunnyvale WPCP MP. Developed 20 -year, WA $750M MP, which required an early spin -out of the $100M headworks and Experience: 26 Years primary clarifier project. 12015 a © • Principal /project manager for City of Bellingham, WA, WWTP Facility Plan and Comprehensive Sewer Plan. Included evaluating expansion alternatives /preliminary design of $46M, 15 -mgd liquid- stream expansion, and assessments of existing conveyance and treatment systems and CIP recommendations. 12010 • Principal -in- charge for King County, WA, CSO Facility Plan for Barton, Murray, Magnolia, and North Beach. Included CSO flow analysis, project alternatives development and siting, and cost estimating. 12012 Rich Pyle, P.E. I CH2M HILL Principal -in- Charge CH2M HILL Principal -in- charge /project manager for large water resources projects San Diego, CA including facility planning, design, and construction. Civil Engineer: CA • Principal -in- charge for the City of Fresno Metropolitan Water Resources Experience: 33 Years Program, including $1 B in improvements to the City's water supply, a• treatment, conveyance, and distribution systems. I Ongoing Project director for a Regional Concentrate Conveyance System Feasibility Study, San Diego County Water Authority. 12011 • Project manager directing preparation of a 30 -year Region -wide Facility MP for the San Diego County Water Authority. 12015 PROJECT TEAM QUALIFICATIONS 1 15 V: \Client80 \CCCSD \Qual \CompW WMasterP lan \lndd \D- ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Team Member Lydia Holmes, P.E. I Project Manager for WWTP Carollo Engineers, Inc. A vice president experienced in delivering six similar strategic MPs in the Walnut Creek, CA last 10 years, including projecting flows and loads and evaluating treatment, Civil Engineer: CA reuse, disposal, and receiving water impacts for large, high - profile WWTPs Sustainability throughout California. Professional Professional . Co- project manager for a 30 -year WWTP and collection system MP for the City and County of San Francisco. Work identified $513 in improvements for 80- Experience: 21 Years mgd AAF of treatment and 900 miles of pipelines. 12010 a ® • Assistant project manager for the City of Palo Alto Long Range Facility Plan. Project considers facility needs over 50 years to accommodate regulatory changes, service area growth, and aging infrastructure, including a multiple © hearth incinerator. 12012 • Principal /project manager for the City of San Mateo 20 -Year Wastewater MP, which included process modeling to assess unit capacity and develop nutrient reduction alternatives for this 15.7 -mgd WWTP on a constrained site. 12014 Mike Britten, P.E. I Project Manager for Collection System Carollo Engineers, Inc. Senior vice president who has served as principal /project manager for four similar Walnut Creek, CA collection system MPs in the last 10 years, including 55 -mgd AAF of treatment Civil Engineer: CA and 641 miles of pipeline. Experience: 41 Years • Principal /project manager for the City of Modesto Wastewater Treatment and Collection System MP Updates. Included a 3,000 -pipe network with 39 lift stations and approximately 1,000,000 feet of trunk sewers. 12010 i —' • Principal -in- charge for the City of Turlock Wastewater Collection System © MP, which addresses infrastructure rehabilitation and hydraulic capacity upgrades for more than 220 miles and 24 lift stations. 12014 • Principal /project manager for the City of South San Francisco $70M Wet Weather Flow Management project. Included sewer capacity upgrades, major pump station upgrades, new wet - weather force mains, and wet weather storage facilities at the City's WWTP. 12015 Sara Katz Community Outreach Strategist Katz Er Associates Founder and CEO of Katz Et Associates and recognized leader in creating San Francisco, CA communication programs for local, state, and federal public agencies. Experience: 30 Years Experience includes public outreach and community involvement programs for major public works projects and controversial public policy issues. © Successfully worked in the unique environment of public works programs representing over $1513 in CIP investments. • Strategic counsel for SFPUC Public Outreach and Community Involvement supporting the Water System Improvement Program and Sewer System Improvement Program. I Ongoing • Participates on the Executive Management Team for the San Diego Pure Water Program. Has provided education and outreach about local water supplies and the science of water purification technology to communities throughout San Diego. I Ongoing • Strategic Counsel for Santa Clara Valley Water District Recycled Water Facilities Communications Program. Since 2010 Sara has contributed to informing stakeholders and customers about the benefits and need for recycled water. I Ongoing 16 1 PROJECT TEAM QUALIFICATIONS V:\Client8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Key Subject Matter Experts Team Member Jamel Demir, P.E. I OA /QC Lead — Wastewater Treatment Carollo Engineers, Inc. Senior vice president involved in some of the largest and most comprehensive Walnut Creek, CA wastewater planning and design projects in the Western U.S. Has led more Civil Engineer: CA than 20 wastewater facility planning projects for plants ranging from 0.2 Experience: 40 Years to 350 mgd. Experience includes more than $913 in MP facilities and $113 in constructed facilities in the last 20 years. 280 • Project manager for the City of Sunnyvale's WPCP MP. A Technical Review group was convened to provide input into the selection of the secondary treatment process. 12015 • Project manager for the City of San Jose, San Jose /Santa Clara WPCP MP, which involved planning for more than $313 of facilities for liquids and solids treatment over a 30 -year MP for a 167 -mgd advanced WWTP. 12013 • Principal -in- charge for the PAR 1085 South Secondary Treatment Improvements for the Metro Wastewater Reclamation District, CO. This $321 M project will provide an additional 100 mgd of secondary capacity. 12015 Rick Nelson, P.E. GA /QC Lead — Collection System CH21VI HILL Conveyance Infrastructure Technology Practice Director for CH21VI HILL, leading Kansas City, KS technology and staff development in wastewater collection, water distribution, Professional Engineer: design, tunnels, condition assessment, and infrastructure rehab. KS, MO, TX, IA, WI, WA • Project manager for multiple projects related to the wastewater infrastructure Experience: 42 Years program for Johnson County Wastewater, KS. Included collection system model development and analysis, and design and implementation work to the system and WWTP. I Ongoing • Provided technical assistance for the $2.413, 25 -year Overflow Control Program for the City of Kansas City, MO, including developing flow analysis and condition assessment protocols and support for the program's 10 -year private VI reduction program. I Ongoing • Determined adequacy of collection and trunk sewer system and identified and evaluated alternatives to meet capacity needs for Downtown Project Area 3 Wastewater MP; Rochester, MN. 12011 Glen Daigger, Ph.D., P.E. Resiliency Adaptation Lead CH21VI HILL An expert in wastewater treatment technologies, and identifies and Denver, CO analyzing vulnerabilities at wastewater treatment facilities. Professional Engineer: • Senior process consultant for multiple projects and plant upgrades, including IN, AZ a sustainability MP for the Alexandria Advanced BNR Wastewater Treatment Experience: 36 Years Upgrade in Virginia. I Ongoing • For a leading water utility in Denmark, evaluated options for more sustainable awastewater treatment, including being energy positive while meeting stringent European Union nutrient limitations and recovering phosphorus. I Ongoing • Senior consultant for the Gippsland Water Factory (Australia) a sustainable facility that eliminates environmental discharges in a highly resource - efficient way, while providing a needed water supply supporting the continued economic development. 12012 PROJECT TEAM QUALIFICATIONS 1 17 V: \Client80 \CCCSD \Qual \CompW WMasterP lan \lndd \D- ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Thomas R. Grovhoug I Wastewater Regulatory Lead Larry Walker Associates President of LWA. Wastewater regulatory advisor to numerous California Davis, CA public agencies, including CCCSD, BACWA, CASA, CVCWA, and SRCSD. Civil Engineer: CA Expert on nutrient regulatory policy in California, with active role in Experience: 39 Years numerous efforts relevant the CCCSD Wastewater MP effort, including: predictive tools and testing, and he develops asset inventories. CCCSD NPDES permit assistance on elements pertaining to ammonia and Project lead for condition assessment of 77 water pump stations and 18 nutrients. 12012 wells for Eastern Municipal Water District. Made recommendations for Assistance to BACWA in the development and implementation of its nutrient prioritized improvements. 12012 regulatory strategy and watershed permit in conjunction with the San Project lead for the Upper Occoquan Sewage Authority in Manassas, VA, Francisco Bay Nutrient Management Strategy. 12013 for condition assessment of 1,912 assets and the results were incorporated Assistance to California Association of Sanitation Agencies in the into a broader risk evaluation to help the client make sound investment development of statewide nutrient regulatory policy in collaboration with decisions for infrastructure renewal. 12012 State Water Board staff. POTW stakeholder representative on the statewide Project task lead for Minneapolis Water Works, MN, for risk based condition stakeholder advisory group. 12015 Robb Grantham Financial Analysis Lead Carollo Engineers, Inc. Specializes in financial and economic analyses for wastewater, water, Walnut Creek, CA storm water, and solid waste utilities. His areas of expertise include financial Experience: 17 Years planning and analysis, economic /feasibility analysis, utility formations and ID valuations, cost -of- service utility rate studies, capital facilities charges, asset management and bond financial advisory, and litigation /expert witness. Project principal /manager for the SFPUC Rate and Connection Fee Study. Developed detailed cost of service analysis that evaluated expenses, including 0&M, administration costs, as well as existing and future debt service related to construction of facilities. 12014 Project principal /manager for the Orange County Sanitation District Wastewater Rate Study. Assisted in the developing current cost allocations that assign O&M and capital costs to flow, BOD, and TSS. 12013 Project manager for the SRCSD Rate and Connection Fees Study. The team developed a financial model designed to be a central planning tool for the District's capital planning and financial leaders. 12013 Jeff Sanford I Condition Assessment Lead WWTP CH2M HILL Leads efforts associated with reliability centered maintenance and condition Spartanburg, SC assessments at CH2M HILL using visual inspections, performance testing, Reliability- Centered predictive tools and testing, and he develops asset inventories. Maintenance Practitioner; Project lead for condition assessment of 77 water pump stations and 18 Maintenance Reliability wells for Eastern Municipal Water District. Made recommendations for Professional prioritized improvements. 12012 Level 1 Thermography Project lead for the Upper Occoquan Sewage Authority in Manassas, VA, Experience: 22 Years for condition assessment of 1,912 assets and the results were incorporated into a broader risk evaluation to help the client make sound investment decisions for infrastructure renewal. 12012 Project task lead for Minneapolis Water Works, MN, for risk based condition assessments. 12012 18 1 PROJECT TEAM QUALIFICATIONS V:\Client80\CCCSD\Qual\CompWWMasterPian\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Mike Fleury, P.E., BCEE I Condition Assessment Lead Collection System and Pump Station Carollo Engineers, Inc. Associate vice president experience conducting infrastructure system Las Vegas, NV condition assessment /rehabilitation, including interceptors, force mains, and Civil Engineer: NV; pump stations. Professional Engineer: Project manager for the City of Las Vegas, NV, Downtown Interceptor AZ, CO, FL, TX Condition Assessment and Rehab project. Involved condition assessment and trenchless rehabilitation of approximately 10,915 feet of existing 48- to Experience: 43 Years 54 -inch unlined reinforced concrete interceptor pipe. 12012 Technical advisor for the Albuquerque Bernalillo County Water Utility Authority, NM, Asset Management Program and Large- Diameter Sewer Rehabilitation project. Included a condition assessment of more than 261 miles of large - diameter interceptor sewer pipelines (15- to 60 -inch diameter). 12013 Technical advisor for the Group C Sewer Condition Assessment and Rehabilitation project, City of Las Vegas, NV. Included 10,500 feet of 15- to 30- inch sewers. 12015 Jose Villalobos, P.E. I Condition Assessment Support — Field Testing V&A Consulting Engineers Highly experienced in corrosion design and condition assessment of Oakland, CA municipal infrastructure, including water and wastewater conveyance, Corrosion Engineer: CA treatment, and storage facilities. Civil Engineer: CA, TX, NV Project manager for the City of San Diego Point Loma Basin Rehabilitation project; a continual project for over 13 years. Provided submittal review, Experience: 42 Years responded to RFIs, and provided technical assistance during construction. Q Project manager overseeing the condition assessment of the sedimentation basins for seven of the 14 primary Sedimentation Basins at the Orange County Sanitation District's Plant No. 2. Provided condition assessment services for the City of San Jose's sanitary sewer system. Served as principal -in- charge overseeing and defining scope of work, services, and deliverables. Rod Reardon, P.E., BCEE Wastewater Process and Nutrient Treatment Lead Carollo Engineers, Inc. Carollo's National Wastewater Technology Leader. Rod's focus has been the Orlando, FL selection and design of BNR and membrane processes for wastewater Professional Engineer: treatment, evaluating new treatment technologies, and modeling WWTPs. FL, MS, PE, TN, WA " Process engineer for the Orange County Sanitation District Primary Treatment Experience: 37 Years Optimization Study. Assisted in a modeling study that evaluated the effect that the performance of CEPT had on the cost of operating downstream ale El processes. 1 2012 Process engineer /advisor for the WPCP MP and Primary Treatment Facility, City of Sunnyvale. Includes site planning and standards, preparation of a Programmatic EIR, and a plan for compliance with CEOA. 12019 Technical advisor for the San Jose /Santa Clara Regional Wastewater Facility Study of Aeration Demands and Biosolids Production Assessment, City of San Jose. The main objective was to complete a study that prepares a facility -wide process model of the RWF and assess future aeration demands and biosolids production. 12014 PROJECT TEAM QUALIFICATIONS 1 19 V:\Ctient8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Team Member Andy Salveson, P.E. Disinfection and Advanced Oxidation Process Lead Carollo Engineers, Inc. Andy serves as Carollo's water reuse chief technologist and disinfection Walnut Creek, CA principal technologist leading planning and design efforts for advanced Civil Engineer: CA treatment of potable and non - potable reuse projects, as well as water reuse Professional Engineer, TX permit efforts at the local, state, and national levels. Andy has led the efforts for more than 60 pilot and full -scale reactor tests and assisted in more than 36 UV Experience: 21 Years designs. a Q • Project manager for the indirect potable water reuse permit for the City of Oxnard. This detailed permitting effort addresses the latest California regulatory concerns for IPR. 12016 • Project manager for the City of Los Angeles Bureau of Sanitation for the research and analysis of alternative advanced oxidation technologies for potable reuse and subsequent permitting with the CDPH. 12013 • Process engineer for the retrofit design of UV disinfection for Chambers Creek WWTF, Pierce County, WA. Involved design of a 64 -mgd treatment capacity (80 mgd hydraulic capacity) 12014 Peter Burrowes, P.E. Incinerator Lead /Energy Recovery Technologies Lead CH2M HILL An industry- recognized expert on biosolids combustion and energy Kitchener, Ontario recovery, air pollution control devices, incineration, ash handling, and Professional Engineer: disposal technologies. He has a thorough understanding of the 40 code of Ontario federal regulations Part 503 Standards for the Use and Disposal of Sewage Sludge, as well as air regulations /permitting of thermal processes for Experience: 40 Years biosolids management, including the maximum achievable control technology a standards for incinerators. • Senior technical consultant for the Incinerator Upgrade at Bird Island STP in Buffalo, NY, for conducting condition assessments of three incineration systems. 12012 • Project manager/lead engineer for the Thermal Oxidation Facility Lakeview WPCP in Ontario where he led permitting and planning of an expansion of the incineration facility and provided senior technical review for the design, construction, commissioning, and testing. 12013 • Project lead for Puerto Rico Aqueduct and Sewer Authority's Puerto Nuevo Regional WWTP, Puerto Rico for design of FBI system and permitting to meet SSI MACT regulations. 12012 Jay Witherspoon Air and Greenhouse Gas Emissions Regulation Lead CH2M HILL Technical expert in odor emissions, air quality, permitting, and GHG San Francisco, CA issues, including carbon footprinting and emissions offsetting. He is a former Experience: 33 Years BAAQMD Permitting Engineering Manager; he has managed more than 45 odor and air quality related permitting, master planning, and abatement © installation projects. • Air quality technologist for seven incinerator rehab projects over the last 20 years (including CCCSD) to maintain permit. I Ongoing • Project manager for CA, OR, and WA climate change group that comprises more than 45 wastewater /water treatment facilities, focused on first developing GHG emissions inventory protocols. I Ongoing • Lead odor technologist and technical air quality and permitting expert for City of San Jose's WRF Odor Control MP and Confidential Air Quality and Odor Technical Expert to the City's Legal Department on a CC&R Odor Abatement Amendment. I Ongoing 20 1 PROJECT TEAM QUALIFICATIONS V:\Client8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Team Member Jay Surti, P.E. I Incinerator Support /Energy Recovery Technologies Support CH2M HILL Project technologist experienced in waste -to- energy, decentralized power Parsippany, NJ generation and cogeneration, hydraulic evaluation of wastewater facilities, Professional Engineer: NJ water /wastewater treatment alternative studies, design and construction of Experience: 12 Years water and wastewater treatment facilities. • Senior technologist for Lynn Regional WWTF, Lynn Water and Sewer OEM Commission; completed a process and capacity analysis, and condition assessment of the existing incineration facilities and the emissions control system. 12014 • Senior technologist for Puerto Nuevo Incinerator Improvements for PRASA, San Juan, Puerto Rico; completed a condition assessment of the existing incineration facilities and the emissions control system. I Ongoing • Senior technical consultant for Howard County Maryland, Climate Action Plan, Howard County, MD. 12014 Dru Whitlock, P.E. Solids Handling, Biogas, Hauled Waste Lead CH2M HILL U.S. West Region residuals resource recovery technology lead. Expertise Salt Lake City, UT in solids thickening, dewatering, anaerobic digestion, biogas treatment/ Professional Engineer: UT handling /disposal; and co- digestion with hauled wastes such as FOG and food Experience: 21 Years waste. • Senior technical consultant for Cogeneration Study for the SFPUC Oceanside Plant, including analysis of beneficial uses of biogas and energy conversion technologies, as well as scrub and sell options. The study includes using FOG to augment biogas production. 12011 • Led the predesign of an innovative solids handling system including anaerobic digestion, biogas fueled engine generators, and fluidized bed incineration with energy recovery in Green Bay, WI. 12013 • Senior technology consultant for North Texas Municipal Water District, Biosolids MP. 12013 Gisa Ju, P.E. I Collection System Modeling Lead RMC Water and Expertise in planning and evaluation of sewer system facilities. Has conducted Environment master planning and evaluation studies for numerous sewer systems, and has Walnut Creek, CA experience in the use of data management, analysis, and hydraulic modeling Professional Civil programs and GIS. Extensive experience using InfoWorks modeling software, Engineer: CA and has used the software on more than 30 modeling projects. Experience: 37 Years • Managed the Sanitary Sewer MP for the City of San Jose's 2,200 -mile " © system. The project used InfoWorks modeling software. 12013 • Managed the Collection System MP for CCCSD's 1,500 -mile system, including updating the Districts ArcSNAP model. 12010 • Over the past 20 years has managed sewer master planning studies for the Union Sanitary District's 760 -mile collection system. Each project includes update of the InfoWorks model from sewer billing data and GIS; wet weather flow monitoring and model calibration. 12015 PROJECT TEAM QUALIFICATIONS 121 V: \Client80 \CCCSD \Qual \CompW WMasterP lan \lndd \D- ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Tim Loper, P.E. I Collection System Modeling Lead Carollo Engineers, Inc. Associate vice president and company -wide lead for collection system Fresno, CA planning and hydraulic modeling. Has worked on more than 40 collection Civil Engineer: CA system MPs and modeling projects. Is an expert in development of data Experience: 15 Years collection plans and manipulating data into a format that integrates with modeling software and GIS. a • Project manager for the City of Oakland Sanitary Sewer Hydraulic Modeling, and Capacity Analysis. Included construction and calibration of the City's first -ever collection system model. Integrated Geocoded customer billing data, Gauge Adjusted Radar Rainfall Data, and data from over 140 flow monitoring sites into the modeling platform. Conducted analysis of the City's highly complex collection system. 12013 • Project manager for the City of Fresno Wastewater Collection System MP Update. Responsible for the overall project development of the City's MP update, including the development and calibration of the City's collection system model. Developed a comprehensive CIP including the R&R Program. 12014 • Collection system project manager for West County Wastewater District, District -Wide MP, and GIS System Development. Developed the District's wastewater collection system GIS database, including integration with the District CMMS software, and digitization of the District's collection system. 12013 22 1 PROJECT TEAM QUALIFICATIONS V:\Client8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Key Discipline Experts Andre Gharagozian, P.E. I Process Modeling Carollo Engineers, Inc. Associate vice president responsible for facility and master planning; process Walnut Creek, CA modeling, analysis, and design; hydraulic and outfall analysis; construction - Civil Engineer: CA support services, and operational assistance and training. Conducted BioWin Experience: 17 Years process modeling and been responsible for plant hydraulic calculations WWTP Operator during various planning and preliminary design efforts. a Q BioWin process modeling for the Long -Range Wastewater Facilities MP, City of Palo Alto. 12014 Engineering Contractor Process engineer using BioWin modeling for the preliminary design of the Experience: 24 Years San Leandro WPCP Replacement Project. 12011 Process engineer for the City of South San Francisco Facility Plan Update. Prepared plant process model using BioWin for the purpose of evaluating performance and capacity. 12011 Dennis Burrell I Treatment Plant Operations CH2M HILL Treatment plant operator who has directed operations and administration Sacramento, CA at some of CH2M HILL's largest and most challenging projects, provided California Grade V senior management support for complex facilities. WWTP Operator Onsite project manager for Clovis Sewage Treatment Water Reuse Facility in California General City of Clovis. Managed the engineering, design, and construction of the new 2.8 -mgd facility, expandable up to 8.4 mgd. 12014 Engineering Contractor Onsite project manager for South County Regional Wastewater Authority, in Experience: 24 Years Gilroy /Morgan Hill for OIN of an 8.5 -mgd wastewater treatment facility. 1 2013 Project manager for the Hood River Activated Sludge Plant in Hood River, OR, responsible for management and administration of this 2 -mgd activated sludge plant. I Ongoing James Wickstrom, P.E. Treatment Plant Hydraulic Modeling Carollo Engineers, Inc. An associate with Carollo with a focus on wastewater process, mechanical Walnut Creek, CA design, and treatment facilities. Has been responsible for conducting hydraulic Civil Engineer: CA modeling on several treatment plant expansion and rehabilitation projects. Experience: 22 Years Project manager for the City of Sunnyvale Primary Treatment Facility Design © project involving renovations to the existing WPCP. The new facility is designed to raise the hydraulic grade line through the plant to accommodate the addition of future activated sludge process. 12019 Project engineer for the City of Turlock Headworks and Secondary Treatment Capacity Expansion Project - Phase 1. Design involved a significant hydraulic modeling effort. 12012 w Project engineer for the preliminary and final design and construction of the City of San Leandro's $40M WPCP Rehabilitation project. Developed the hydraulic profile through the treatment plant. Hydraulic modeling also included design for new flow equalization facilities. 12010 PROJECT TEAM QUALIFICATIONS 123 V:\Ctient8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Team Member Ryan Hook, P.E. I Civil Engineering Carollo Engineers, Inc. Senior engineer experienced in planning, design, and construction of Sacramento, CA wastewater treatment facilities, pump stations and pipelines, potable Civil Engineer: CA water pump stations and pipelines, structural design of buildings, and soil Experience: 15 Years percolation testing for septic systems. He is a civil layout expert and an experienced construction manager /resident engineer. ID • Civil /site work lead for EchoWater Project Nitrifying Sidestream Treatment project, Sacramento Regional County Sanitation District. 12017 • Design engineer and lead inspector for Dry Creek WWTP Chlorine Conversion to UV Disinfection, City of Roseville. Performed yard piping, paving, and grading designs. 12010 • Project engineer for the San Jose /Santa Clara Water Pollution Control Plant Headworks Enhancement Phase 1, City of San Jose. 12010 Mike Dadik, P.E., S.E. Structural Engineering Carollo Engineers, Inc. Associate vice president, and principal structural engineer and practice Walnut Creek, CA leader for Northern California structures department and Carollo's corrosion Civil /Structural projects. Oversees the structural design of projects ranging from water and Engineer: CA wastewater treatment plant construction and expansion to pump station seismic retrofits. Has performed evaluation and structural design of more Experience: 24 Years than 20 WWTP expansion /rehab projects totaling more than $300M in a Q construction. • Structural engineer for the City of Santa Rosa Laguna Treatment Plant Condition Assessment and Seismic Retrofit project. Conducted on -site condition assessments, desktop seismic evaluations, and retrofit cost estimates. 12012 • Structural engineer for preliminary and final design of Fairfield- Suisun Sewer District's $11 M Primary Treatment Expansion Design, and $22M Secondary Treatment Expansion. 12012 • Structural engineer for the Union Sanitary District Wastewater MP Update. Estimated replacement costs and remaining useful life for all equipment and structures at the wastewater treatment facility. 12010 Rod Jackson, P.E. Corrosion Engineer /Cathodic Protection CH21VI HILL Corrosion specialist with more than 38 years of corrosion control Sacramento, CA experience for many types of facilities, including plants, pipelines, and Professional Engineer: structures. CA • On SFPUC San Joaquin Valley Pipelines Phase I and II, consulted during Experience: 38 Years investigations for condition assessment of 140 miles of 56- through 78 -inch- diameter pipelines. 12013 © • Led the corrosion evaluation of the Moccasin and Holm Penstock Evaluation on the Hetch Hetchy Water and Power Division project in Moccassin. 12011 • Designed cathodic protection for buried steel pipelines at pump station sites on the Southern Delivery System project for Colorado Springs Utilities, CO. 12010 24 1 PROJECT TEAM QUALIFICATIONS V:\Client8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Team Member Tony Naimey, P.E. I Vibration Analysis CH2M HILL Senior engineer and designer with expertise in structural vibration response Santa Ana, CA frequency analysis, piping system static and modal frequency analyses, and Mechanical Engineer: lateral and torsional frequencies of the pumps. CA, NV • Senior principal engineer for Tarrant Regional Water Authority /City of Dallas Experience: 27 Years Water Utilities, Joint Cedar Creek Lake Pump Station and Intake project, including structural vibration response frequency analysis. 12014 • Senior principal engineer for Tarrant Regional Water Authority /City of Dallas Water Utilities, Joint Richland Chambers Lake Pump Station project, including structural vibration response frequency analysis. 12014 • Senior principal engineer for Tarrant Regional Water Authority /City of Dallas Water Utilities, Lake Palastine Lake Pump Station project, including structural vibration response frequency analysis. 12014 Todd Yamello, P.E. I Large Capacity Pumps Carollo Engineers, Inc. Associate with Carollo with pump station experience focused on planning, Walnut Creek, CA preliminary design, detailed design, and engineering services during Civil Engineer: CA construction for water, wastewater, and recycled water applications ranging Experience: 13 Years in sizes up to 230 mgd. • Project engineer for the Sacramento Regional County Sanitation District, © EchoWater - Return Activated Sludge Pumping project. Project includes replacement of the existing RAS pumps with new 230 -mgd pumps. 12019 • Lead pump station engineer for the City of Richmond Wet Weather Storage project. Project included construction of a new 30 -mgd raw sewage pump station that will divert flows in excess of the capacity of the WWTP to a storage tank during storm events. 12015 • Project manager /engineer for preliminary and final design, and construction management of the Union Sanitary District Newark Pump Station Upgrade. Project included complete rehabilitation to a 60 -mgd pump station. 12010 Sarwan Wason, P.E. Large Capacity Electrical and Steam - Driven Centrifugal Blowers Carollo Engineers, Inc. Senior vice president and mechanical division manager experienced in the Walnut Creek, CA design of mechanical systems in water and WWTPs. Involved in all aspects Mechanical Engineer: of the design of aeration blowers, steam and gas turbines, engines, pump CA, NV, TX stations, cogeneration plants, and associated subsystems. Experience: 43 Years • Senior mechanical review engineer for the City of San Jose aeration system, © including large gas engine driven and electric motor driven aeration blowers. 12015 • Principal -in- charge for a 3.2 -MW gas- turbine standby power generation system and a 3.3 -MW cogeneration plant, including cogeneration upgrade and control system upgrade for CCCSD. 1 2014 • Project manager for large electric aeration blowers for the City of Fresno WWTP. 12010 PROJECT TEAM QUALIFICATIONS 125 V: \Client80 \CCCSD \Qual \CompW WMasterP lan \lndd \D- ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Team Member Anne Prudhel, P.E. I Large Collection System Pipelines Carollo Engineers, Inc. Associate vice president with experience in the design and construction of Walnut Creek, CA water, wastewater, and recycled water infrastructure, including wastewater Civil Engineer: CA collection system planning, wastewater pipeline design, rehabilitation, and Experience: 14 Years reclaimed water facilities. • Project engineer for the City of Modesto River Trunk project. Included Q preliminary design of 21,000 linear feet of domestic sanitary sewer pipeline including 14, 30, and 42 inch force mains and 18- through 60 -inch gravity trunk sewers. 12015 • Pipeline lead for the design of dual 18 -inch force mains and 36- and 48 -inch gravity sewers for the Clean Water Services, OR, Dairy Creek Pump Station and Force Main project in Hillsboro. 12014 • Project manager for the Town of Hillsborough Crystal Springs/El Cerrito Phase 11 Sewer Improvements, which included final design for replacement of approximately 11,000 feet of gravity sewer. 12012 Tim Taylor, P.E. Trenchless Technologies for Sewer Renovations Carollo Engineers, Inc. Vice president and Carollo's infrastructure practice director. Has planned, Sacramento, CA designed, and assisted in the construction of infrastructure R&R projects using Civil Engineer: CA, ID, OR various trenchless technologies, including standard cut - and - cover, jack and Experience: 29 Years bore, microtunneling, 1-1131), tunnel boring machines, pipe bursting, fold and form pipe, CIPP, and sliplining techniques. Q• Project manager for the Town of Hillsborough Crystal Springs Sewer Improvements, Phases I and 11, which included the use of pipe bursting to minimize impacts on heritage oaks. 12012 • Project manager for the City of Simi Valley's Sanitation Sewer Trunk Rehabilitation Capital Improvements project that included rehabilitation of more than 10,800 feet of gravity sewer pipeline using CIPP. 12013 • Technical reviewer for the West County Wastewater District Garrity Creek Sanitary Sewer Crossing, including a 250 - foot -long, 12- inch - diameter siphon to be installed using HDD methods. 12011 Tom Mossinger, P.E. Hot Water, Boilers, and Steam Systems Carollo Engineers, Inc. Vice president and chief mechanical engineer with extensive experience in Walnut Creek, CA the design of major process and pumping systems associated with WWTPs Professional Engineer: and cogeneration and central plant facilities. Has designed several digester - CA, FL, HI, WA heating systems, sludge dewatering systems, sludge conveyance systems, and hot water heating and distribution systems associated with wastewater Mechanical Engineer: NV treatment facilities. Experience: 30 Years • Project manager for design of the 13.5 -MW cogeneration plant for EBMUD's Q Power Generation Station project at the main WWTP. 12011 • Project manager /project engineer for the preliminary and final design of a 1.7 -MW digester gas - fueled cogeneration system for the Union Sanitary District Alvarado Main Treatment Plant. 12013 • Project engineer for the design of a 1.1 -MW cogeneration system for the City of Hayward Wastewater Treatment Facility. 12013 26 1 PROJECT TEAM QUALIFICATIONS V:\Client8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Bill Misslin, P.E. I HVAC Systems CH2M HILL Mechanical engineer with 31 years of experience on pump station hydraulics, gas - Redding, CA handling systems, piping systems, HVAC systems, and energy conservation. Mechanical Engineer: CA ` Mechanical lead for the City of Roseville Dry Creek WWTP Influent Pump Experience: 31 Years Station Replacement. Electrical building incorporated evaporative cooling in - Lead electrical engineer for the Metro Wastewater Reclamation District, CO, the electrical room and air conditioning in the PLC room. 12011 $135 M South Secondary Complex Improvements. 12014 Mechanical reviewer for South Truckee Meadows, NV, Biosolids Facility Lead electrical engineer and project manager for the South Valley Water project, including exhaust fans to allow separate heating, cooling and Reclamation Facility Phase 4D Project, West Jordan, UT. 12012 ventilating of the biosolids facility. 12014 • Lead electrical engineer and project manager for the South Valley Water e Facility lead and mechanical QC for the City of Omaha, NE, Missouri River Reclamation Facility Phase 4C Project, West Jordan, UT. 12010 WWTP Schedule B Improvements. 12013 Chris Carvalho, P.E. I Electrical Engineering /Power Distribution and High Voltage Switchgears Carollo Engineers, Inc. Associate vice president and chief electrical engineer experienced in Walnut Creek, CA medium- and low- voltage power distribution, lighting, grounding, and Electrical Engineer: CA, ID electrical control. Professional Engineer: CO, - Lead electrical engineer for the Metro Wastewater Reclamation District, CO, UT $135 M South Secondary Complex Improvements. 12014 Experience: 23 Years Lead electrical engineer and project manager for the South Valley Water Reclamation Facility Phase 4D Project, West Jordan, UT. 12012 Q • Lead electrical engineer and project manager for the South Valley Water Reclamation Facility Phase 4C Project, West Jordan, UT. 12010 Aaron Hall, P.E. I Power Generation, Co- Generation, and Combined Heat /Recovery CH2M HILL Has 22 years of design, project management, construction support, and Henderson, NV startup experience for power, communications, and control systems for Professional Engineer: CA, water and wastewater infrastructure projects. NV, AZ, CO Project manager for City of Las Vegas, NV, WPCF Arc Flash Studies, led Experience: 22 Years evaluation of the arc flash hazard analysis of major electrical equipment. 12014 Lead electrical engineer for the City of Las Vegas, NV, Water Pollution Control Facility Blower Replacement and Lighting Improvements Project. I Ongoing • Lead electrical design engineer for a new 30 -mgd BNR to replace aging infrastructure at the City of Las Vegas Water Pollution Control Facility. I Ongoing Jaya Johnson I Alternative Energy — Solar, Wind, and Others CH2M HILL Has 15 years of experience in the energy field, including energy- efficiency Dallas /Fort Worth, TX and renewable energy. Primary area of expertise is commercial, grid - Experience: 24 Years connected solar photovoltaic (PV) plant development. Provided preliminary designs for a 3 MW PV plant for PACIFICORP, OR, including high -level electric configuration, conceptual layouts and land requirements. I Ongoing Providing preliminary engineering analysis of rooftop PV plants for Helios Energy, Canada. 12013 Project engineer for 100 -MW Solar PV Plant, Carbon Free, Ontario, Canada. I Ongoing PROJECT TEAM QUALIFICATIONS 127 V:\Ctient8O\CCCSD\Qual\CompWWMasterPlan\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Benjamin Francis, P.E. I I&C; SCADA and Programming CH2M HILL Electrical engineer with 20 years of experience working on instrumentation Redding, CA and control system and SCADA programming projects for water pumping Professional Engineer: CA systems, and water and wastewater treatment facilities. Experience: 20 Years Responsible for development of design and specifications for a SCADA Evaluation. Identified options for treatment for bay discharge and Title 22 system replacement project RFP to select a control systems integrator for recycling applications. 12015 the City of Roseville. I Ongoing Process engineer for the Napa Sanitation District Soscol WRF MP. Tertiary Responsible for I&C system design of a new disinfection plant control filtration capacity testing that was performed to determine acceptable filter system (SCADA), Incline Village, NV. 12012 loading rates under various operational conditions. 12013 Lead control system startup engineer responsible for eight 2000 hp medium e Technical advisor for the City of Daytona Beach, Florida, Westside Regional voltage pumps for the Freeport Regional Water Project. 12011 Scott Cowden, P.E. I Odor Control CH21VI HILL Recognized expert in HVAC and odor control technologies, including Corvallis, OR evaluation, selection, and implementation. Professional Engineer: • Lead odor control engineer for complete site odor assessment, air dispersion CA, WA, AZ, MN modeling, collection system analysis, and evaluation of odor control Experience: 28 Years improvements on the NWWWTP Odor Evaluation for El Paso Water Utilities, - Development of an InfoWorks model for the City of San Carlos' sewer TX. 12013 collection system MP Worked with the City's GIS, and LiDAR. 12013 • Lead Odor Control Engineer, for Pima County, AZ, Agua Nueva WRF project. • Built and calibrated an InfoWorks model of the City of Berkeley's sewer 12014 system based on their GIS data. 12012 • Provided comprehensive odor control design for >500,000 cfm of treatment capacity on the Brightwater WWTP in King County, WA. I Ongoing Keith N. Bourgeous, Ph.D., P.E. I Tertiary Filtration Carollo Engineers, Inc. Associate and principal technologist for tertiary filtration and disinfection. Sacramento, CA Conducted numerous bench -scale tests of secondary and tertiary effluents Civil Engineer: CA and understands how filtration affects different disinfection technologies. Experience: 15 Years Project engineer for the City of San Jose Tertiary Filtration Technology Evaluation. Identified options for treatment for bay discharge and Title 22 a 0 Q recycling applications. 12015 Process engineer for the Napa Sanitation District Soscol WRF MP. Tertiary filtration capacity testing that was performed to determine acceptable filter loading rates under various operational conditions. 12013 e Technical advisor for the City of Daytona Beach, Florida, Westside Regional Wastewater Treatment Plant Tertiary Filtration Evaluation Study. 12011 Cathy Greenman, P.E. GIS /ESRI RMC Water and Specializes in wastewater collection system planning and hydraulic modeling, Environment and ArcGIS. San Jose, CA • Deputy Project Manager for City of San Jose's sanitary sewer MP that included Civil Engineer, CA importing the City's GIS data into the model and training staff. 12013 Experience: 15 Years - Development of an InfoWorks model for the City of San Carlos' sewer " © collection system MP Worked with the City's GIS, and LiDAR. 12013 • Built and calibrated an InfoWorks model of the City of Berkeley's sewer system based on their GIS data. 12012 28 1 PROJECT TEAM QUALIFICATIONS V:\Client80\CCCSD\Qual\CompWWMasterPian\lndd\D-ProjectTeam.indd CCCSD I Comprehensive Wastewater Master Plan Team Member John Blasco, SWPPP I Environmental Site Assessment CH2M HILL Environmental scientist with 41 years of experience in environmental audits, Oakland, CA EMS, and environmental protection assisting clients in implementing Certified Professional in environmental management systems that are in compliance with regulatory Storm Water Quality requirements. Qualified Storm Water - Environmental compliance manager on various remediation projects for Honeywell International, Inc., at former locations of hazardous waste Pollution Prevention recycling, and other manufacturing operations nationwide. I Ongoing Plan Developer: CA • Environmental compliance manager on multi -site remediation program at Experience: 41 Years industrial shops for Mare Island navy Shipyard. 12011 © • Environmental project manager of more than 30 regulatory documents and permit applications at multiple locations for USACE, Chevron, and various confidential clients nationwide. I Ongoing Andrea Gardner, PMP, LEED AP BD +C I Environmental Documentation CH2M HILL More than two decades of planning, policy, and technical experience Oakland, CA in managing planning, permitting, CEQA and NEPA documents, public Project Management outreach, and sustainability projects. Professional • Managed the environmental assessment, permitting, and environmental LEED AP BD +C compliance documentation for closure Geothermal Inc., Facility Closure Project for PG&E. I Ongoing Experience: 23 Years • Senior sustainability lead for the $213 CSO Long Term Control Plan. Led a Q facilitated stakeholder decision analysis process to develop a sustainability plan to improve storm water management and reduce permit violations. I Ongoing • Sustainability strategist for facilitation and preparation of the City of Milwaukee's Sustainability Plan. 12013 Bill Fox, P.E., P.L.S. I Surveying CH2M HILL Has managed more than 125 public works improvement, roadway, pipeline, Redding, CA and large -scale mapping projects. Professional Engineer: CA • Responsible for GPS control network surveys, LiDAR terrain data acquisition Professional Land and post processing, color digital orthophoto imagery acquisition and Surveyor, CA processing, bathymetry surveys, and station field survey on the Central Valley Floodplain Evaluation and Delineation project. 12011 Experience: 37 Years • Surveyor of record for design - quality mapping for the $230M Fish Passage Improvement project at Red Bluff Diversion Dam. 12012 • Surveyor of record for Colusa Basin Integrated Watershed Mapping in Willows. 12010 Andrew Finney, P.E. Geotechnical Engineer CH2M HILL Senior geotechnical engineer with 20 years of geotechnical engineering Sacramento, CA experience. Background in the field exploration programs for hydrogeologic, Professional Engineer: CA, geologic, and geotechnical purposes. NY, CO, TX, MN, LA • Lead geotechnical engineer on the Bay Delta Conservation Plan. 12012 Experience: 20 Years • Geotechnical engineer and lead tunnel engineer for City of Jeffersonville IL Canal Outfall; led design of approximately 500 feet of 120- inch - diameter © tunneled outfall pipe to the Ohio River. 12011 • Geotechnical engineer and lead tunnel engineer for design and construction of storm drainage Magnolia Pipeline Project including 84 -inch diameter gravity pipeline and 60 -inch pressure pipeline for El Paso Water Utilities, TX. I Ongoing PROJECT TEAM QUALIFICATIONS 129 V: \Client80 \CCCSD \Qual \CompW WMasterP lan \lndd \D- ProjectTeam.indd EXHIBIT A I TEAM ORGANIZATION CHART Jame[ Demir, P.E. - Lead Treatment Sara Katz Carollo/Walnut Creek, CA Katz & Associates /San Diego, CA Rick Nelson, P.E. - Lead Collection System CH2M HILL/Kansas City, MO Lydia Holmes, P.E. Tom Grovhoug Master Plan Project Director Principals in Charge Steve McDonald, P.E. Jim Hagstrom, P.E. Carollo/Walnut Creek, CA Carollo/Walnut Creek, CA Process Treatment • Rich Pyle, P.E. CH2M HILL/San Diego, CA Jame[ Demir, P.E. - Lead Treatment Sara Katz Carollo/Walnut Creek, CA Katz & Associates /San Diego, CA Rick Nelson, P.E. - Lead Collection System CH2M HILL/Kansas City, MO Lydia Holmes, P.E. Tom Grovhoug Mike Britten, P.E. Carollo/Walnut Creek, CA Larry Walker Associates /Davis, CA Carollo/Walnut Creek, CA Process Treatment • Rod Reardon, P.E., BCEE Robb Grantham Gisa Ju, P.E. Carollo /Orlando, FL Carollo/Walnut Creek RMC/Walnut Creek, CA Tim Loper, P.E. 111sinfection and Advanced Adaptation • Carollo /Fresno, CA Oxidation • • Andy Salveson, P.E. Glen Daigger, Ph.D., P.E. Co nclition Carollo/Walnut Creek CH2M HILUDenver, CO (Collectio Mike Fleury, P.E., BCEE Incinerator Leads Discipline • Carollo /Las Vegas, NV (Provided on Second Page) I Peter Burrowes, P.E. Condition Assessment Sup CH2M HILL/Ontario, Canada • Testing) Jay Surti, P.E. Jose Villalobos, P.E. CH2M HILL/Parsippany, NJ V &A/Oakland, CA Jay Witherspoon CH2M HILL/San Francisco, CA Peter Burrowes, P.E. CH2M HILL/Ontario, Canada Jay Surti, P.E. CH2M HILL/Parsippany, NJ Dru Whitlock, P.E. CH2M HILUSalt Lake City, UT Jeff Sanford, P.E. CH2M HILUSoartanbura. SC EXHIBIT A I TEAM ORGANIZATION CHART 1 1 V: \Client80 \CCCSD \Qual \CompW W MasterPlan \indd \ExhibitA- TeamChart.indd CCCSD I Comprehensive Wastewater Master Plan V. � coa (1-10 US I- Process Modeling Andre Gharagozian, P.E. Carollo/Walnut Creek, CA Treatment Plant Operations Dennis Burrell, P.E. CH2M HILL/Sacramento, CA Treatment Plant Hydraulic Modeling James Wickstrom, P.E. Carollo/Walnut Creek, CA Civil Engineering Ryan Hook, P.E. Carollo /Sacramento, CA Structural Engineering Mike Dadik, P.E., S.E. Carollo/Walnut Creek, CA Corrosion Engineering Rod Jackson, P.E. CH2M HILL/Sacramento, CA Cathodic Protection Rod Jackson, P.E. CH2M HILL/Sacramento, CA Vibration Analysis Anthony Naimey, P.E. CH2M H ILL/Santa Ana, CA Large Capacity Pumps Todd Yamello, P.E. Carollo/Walnut Creek, CA Large Capacity Electrical and Steam - Driven Centrifugal Blowers Saran Wason, P.E. Carollo/Walnut Creek, CA Large Collection System Pipelines Anne Prudhel, P.E. Carollo/Walnut Creek, CA Trenchless Technologies for Sewer Tim Taylor, P.E. Carollo /Sacramento, CA Hot Water, Boilers, and Steam Systems Tom Mossigner, P.E. Carollo/Walnut Creek, CA HVAC Systems Bill Misslin, P.E. CH2M HILURedding, CA 2 1 EXHIBIT A I TEAM ORGANIZATION CHART Electrical Engineering Chris Carvalho, P.E. Carollo/Walnut Creek, CA Power Distribution and High Voltage Switchgears Chris Carvalho, P.E. Carollo/Walnut Creek, CA Power Generation, Co- Generation, and Combined Heat /Recovery Aaron Hall, P.E. CH2M HILL/Henderson, NV Alternative Energy Jaya Johnson CH2M HILL/Dallas/Fort Worth, TX Instrumentation and Controls Ben Francis, P.E. CH21VI HILL/Redding, CA SCADA and Programming Ben Francis, P.E. CH2M HILL/Redding, CA Odor Control Scott Cowden, P.E. CH2M HILL/Corvallis, OR Tertiary Filtration Keith Bourgeous, Ph.D., P.E. Carollo /Sacramento, CA GIS /ESRI Cathy Greenman, P.E. RMC /San Jose, CA Environmental Site Assessment John Blasco, SWPPP CH2M HILL/Oakland, CA Environmental Documentation Andrea Gardner, PMP, LEED, AP BD +C CH2M HILL /Oakland, CA Surveying Bill Fox, P.E., P.L.S. CH2M HILL/Redding, CA Geotechnical Engineering Andrew Finney, P.E. CH2M HILL/Sacramento, CA V: \Client80 \CCCSD \oual \CompW WMasterPlan \lndd \ExhibitA- TeamChart.indd CCCSD I Comprehensive Wastewater Master Plan EXHIBIT B I TEAM AVAILABILITY CHART Steve McDonald, P.E. City of Oxnard Public Works Integrated Master Plan 30 6/16 Mr. Daniel Rydberg, Oxnard Utilities Director 50 Lead Master Plan Project Director 805- 385 -8055, daniel.rydberg @ci.oxnard.ca.us San Francisco Public Utilities Southeast Plant Headworks Design 5 12/17 Ms. Marla Jurosek, SFPUC Business and Administration Commission Division Manager Wastewater Enterprise, 415 - 920 -4959, mjurosek @sfwater.org Lydia Holmes, P.E. City of Ventura Ojai Valley Reuse Feasibility Study for Title 22 5 6/15 Ms. Karen Wain, Ventura Management Analyst II, 70 Project Manager for Wastewater Treatment 805 - 677 -4128, kwaln @ci.ventura.ca.us Plant Master Plan Santa Clara River Estuary Phase 3 Study 10 12/17 County of San Luis Obispo Paso Basin Supply Options Study 10 10/15 Ms. Courtney Howard, County of San Luis Obispo District Project Manager, 805 - 781 -1016, choward @co.slo.ca.us Marin Municipal Water District Recycled Water Feasibility Study 5 11/15 Mr. Paul Sellier, MMWD Senior Engineer, Water Quality, 415 - 945 -1557, psellier @marinwater.org City of Palo Alto Program Management of RWQCP 5 12/17 Mr. Jamie Allen, Palo Alto Plant Manager Improvements 650- 329 -2243, james.allen @cityofpaloalto.org Mike Britten, P.E. City of Modesto River Trunk and Beard Brook Siphon Design 10 5/15 Mr. Will Wong, Modesto Deputy Director of Utilities Planning 50 Project Manager for Collection System 209- 571 -5801, wwong @modestogov.com Master Plan WWTP and Collection System Master Plan 25 7/15 Headworks Predesign 5 8/15 Phase 2 Tertiary Treatment Facilities ESDC 10 12/15 Grit and Digester Rehab ESDC 5 2/16 Sacramento Regional County RAS Pumping Design 5 7/15 Ms. Lucia Escobar, SRCSD Senior Engineer Sanitation District 916- 875 -9171, escobarl @sacsewer.com City of South San Francisco Treatment Upgrades Design 5 7/15 Mr. Brian Schumacker, South San Francisco Plant Superintendent, 650 - 829 -3844, brian.Schumacker @ssf.net Jamel Demir, P.E. Quality Assurance /Quality Control Lead - Wastewater Treatment Plant Rick Nelson, P.E. Quality Assurance /Quality Control Lead - Collection Svstem City of Sunnyvale Master Plan and Primary Treatment Facility Design Johnson County Wastewater Multiple Projects Related to Wastewater Infrastructure Sara Katz San Francisco Public Utilities Community Outreach Strategist Commission City of San Diego Santa Clara Valley Water District Water System Improvement Program and Sewer System Improvement Program Pure Water Program Recycled Water Facilities Communications Program 25 10/19 Ms. Bhavani Yerrapotu, Sunnyvale WPCP Division Manager 408 - 730 -7268, byerrapotu @sunnyvale.ca.gov 25 12/17 Mr. Aaron Witt, JCW Engineering Manager - Existing Infrastructure, 913 - 715 -8546, Aaron.Witt @jcw.org 15 12/16 Ms. Maureen Barry, SFPUC Communications Director 415 - 554 -3297, mbarry @sfwater.org 15 6/16 Mr. J. Brent Eidson, San Diego External Affairs Deputy Director 858 - 654 -4173; beidson @sandiego.gov 5 6/16 Meenakshi Ganjoo, SCVWD Senior Management Analyst 408 - 630 -2295, mganjoo @valleywater.org 20 20 20 EXHIBIT B I TEAM AVAILABILITY CHART 1 1 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \ExhibitB- TeamAvailChart.indd EXHIBIT C I REFERENCES Just Ask Our Clients Carollo and CH21VI HILL have each demonstrated our quality of service by working with clients throughout the BayArea (and the globe) to address master planning challenges. Our firms combine decades of collection and treatment system plan- ning and design experience with a proven track re- cord of managing a variety of technical, economic, regulatory, environmental, and political issues to develop optimal solutions for our clients. Project References Butjust as important as technical expertise is our ability to communicate effectively and foster a collaborative and productive working environ- ment with the agencies we serve. We invite you to contact the references listed below for Carollo and CH21VI HILL. They can attest to the quality of our services and responsiveness on similar collection and treatment system MPs. EXHIBIT C I REFERENCES 1 1 V: \Client80 \CCCSD \Qual \CompW WMasterPlan \lndd \ExhibitC- References.indd Client Projp -` Client Contact Reference for Team Member(s) San Francisco Public 30 -Year Sewer Master Mr. Jon Loiacono, SFPUC Steve McDonald, Utilities Commission, CA Plan Project Manager Lydia Holmes 415 - 934 -5779 -F joiacono@sfwater.org City of Modesto, CA Wastewater Collection Mr. William Wong, Engineering Mike Britten ° J System and Treatment Division Manager Master Plan Updates 209 - 571 -5801 wwong @modestogov.com City of Palo Alto, CA Long -Range Mr. Jamie Allen, Palo Alto Lydia Holmes Wastewater Facilities Wastewater Treatment Plant . Master Plan Manager 650 - 329 -2243 james.allen @cityofpaloalto. org New Water, WI Green Bay Solids Mr. Bill Angoli, New Water Peter Burrowes Facility Plan, and Senior Project Manager Resource Recovery 920 - 438 -1034 �• and Electrical Energy WAngoli@newwater.us (R2E2) Project x Johnson County Nelson WWTP Mr. Aaron Witt, Engineering Rick Nelson 5 Wastewater, KS Complex, Tomahawk Manager, Y WWTP, and Middle 913 - 715 -8546 Basin WWTP and aaron.witt @jcw.org — Service Areas EXHIBIT C I REFERENCES 1 1 V: \Client80 \CCCSD \Qual \CompW WMasterPlan \lndd \ExhibitC- References.indd Steve McDonald, Lead Master Plan Project Director Steve is senior vice president and national director of Carollo's Integrated Water Resources Practice. He has directed major strategic master planning efforts for more than $1513 in wastewater facilities in the last 15 years, involving more than half the population in Northern California and Nevada. He has developed a thorough understanding of federal, state, and regional environmental regulations and their impact on wastewater treatment facilities. He has directed development of strategic master plans for the City and County of San Francisco; San Jose /Santa Clara and Silicon Valley; the County of Sacramento; the City of Fresno; the cities of Reno, Sparks and Washoe County, NV; and others. RELEVANT PROJECT EXPERIENCE o 30 -Year Sewer Master Plan, SFPUC, CA I Project Manager 2010 The plan developed recommendations for more than $513 of future facilities for San Francisco's combined wastewater and storm water system serving 840,000 people. This included projects to upgrade and modernize the two existing San Francisco wastewater treatment facilities with a combined capacity of 80 AAF, and the North Point Wet Weather Facility. Also addressed all major combined sewer system components. Reference: Jon Loiacono, Project Manager, 415 - 934 -5779 jloiacono@sfwater.org San Jose /Santa Clara Water Pollution Control Plant Master Plan, City of San Jose, CA Project Director 12013 Project involved the planning of more than $313 of new wastewater facilities for the 167- mgd advanced WWTP serving more than 1.4M people in Silicon Valley. The plan developed the recommended advanced treatment processes to meet anticipated future requirements over a 30 -yr planning horizon, and recommended the maximum sustainable use of recycled water and beneficial biosolids recovery. Reference: Alex Ekster, Former San Jose Associate Sanitary Engineer, 510 - 410 -7066 alex.ekster @srtcontrol.com C Ca,.--.of -% Engineers... Working Wonders With Water® MEETING YOUR REQUIREMENTS • 38 years of experience. • Registered California Civil/ Mechanical Engineer. • Office in Walnut Creek. • Project director /manager for 10 similar MPs in the last 15 years ($1513 in planned facilities ranging in capacity from 52- to 350 -mgd AAF). • Project director of a $513 treatment /collection MP for SFPUC, including 80 -mgd AAF of treatment and 900 miles of pipeline. Public Works Integrated Water Resources Master Plan, City of Oxnard, CA I Project Manager 1 2016 One of the first plans in the country to fully integrate the technical, financial, and regulatory water utilities in a holistic planning effort. Includes planning for all City water resources — water, wastewater, recycled water, and storm water. The result will be a plan for - -$1.5B in facilities over the next ---25 years for fully optimizing their water and wastewater system and consider- ing all linkages that are often over- looked in standard planning efforts. Reference: Daniel Rydberg, Oxnard Utilities Director, 805 - 385 -8055 daniel.rydberg @ci.oxnard.ca.us APPENDIX I MANAGEMENT TEAM RESUMES 1 1 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \Resumes1- ManagementTeam.indd CCCSD I Comprehensive Wastewater Master Plan Steve McDonald, P.E., MBA I LEAD MASTER PLAN PROJECT DIRECTOR " 1 will continually strive for creativity and innovation with our world - class team to ensure that the District's vision for a 'Plant of the Future' is truly realized." Wastewater Strategic Master Plan and Preliminary Design, City of Davis, CA I Principal -in- Charge 2006 The plan considers alternate discharge locations, including reuse, changes in regulations, and alternative treatment trains to meet regulatory scenarios. Process performance and capacity of existing plant facilities were evaluated. Existing treatment processes include: primary clarifiers, oxidation ponds, aerated ponds, lemna ponds, overland flow, wetlands, digesters, and sludge lagoons. Integrated Master Plan, City of Riverside, CA I Planning Engineer 12008 This Plan identified expansion and replacement needs for the City's wastewater collection system and expansion of the Regional Water Quality Control Plant from 40 mgd to 52 mgd. The wastewater collection system comprises more than 1,100 miles of gravity sewers and 18 wastewater pump stations. The plant processes consist of headworks, primary clarifiers, a biological nitrogen removal activated sludge process, secondary clarifiers, tertiary filtration, and chlorination/ dechlorination. Solids processes include solids thickening, anaerobic digestion, and centrifuge dewatering. The plan also included planning for air quality and emissions control, SCADA management, biosolids management, and energy management. The project culminated in development of a financial plan including user rates and fees and a $700M CIP. Integrated Water Utilities Master Plan, City of Oceanside, CA Project Engineer 12007 The plan included water; recycled water; wastewater; technology; capacity, management, operations, and maintenance; and financial planning elements. Carollo also implemented a financial plan through a citizen's advisory committee process, designed to equitably recover system costs from system users. Wastewater Strategic Master Plan, City of Fresno, CA Project Manager 12005 This $13M MP addresses the wastewater management needs for a projected population of 1.1M people through the year 2020. Key issues included the evaluation of satellite wastewater treatment plants, package plants, increased treatment for discharge to the San Joaquin River, potential impact of on -site effluent percolation basins on groundwater quality and water reuse for agriculture and community -based uses, and investigation of water conservation and source control methods to reduce wastewater generated and TDS effluent concentrations. The MP developed a recommended CIP, including a financial analysis of the impact on sewer service rates and charges. Wastewater Strategic Master Plan, Cities of Reno, Sparks, and Washoe County, NV Project Manager 12003 The plan developed wastewater facility needs through the year 2015 for the existing Truckee Meadows Water Reclamation Facility (TMWRF) Experience 38 years Office Location Walnut Creek, CA Education MBA Finance, California State University, Hayward, 1984 BS Chemical Engineering, Oregon State University, 1978 BS Biology, Portland State University, 1976 Registration Civil /Mechanical Engineer: CA Professional Affiliations American Society of Civil Engineers American Water Resources Association American Water Works Association California Association of Sanitation Agencies California Water Environment Association International Water Association National Association of Clean Water Agencies San Francisco Planning and Urban Research Water Environment Federation and South Truckee Meadows Water Reclamation Facility (STMWRF). The TMWRF must meet some of the most restrictive discharge requirements in the country for ammonia and total nitrogen through advanced wastewater treatment. Wastewater Facilities Master Plan, West County Wastewater District, CA I Project Manager 12003 Key issues addressed included the level of treatment required to meet California Administrative Code Title 22 requirements for water reuse, advanced treatment levels for continued effluent discharge to the San Francisco Bay, effluent disinfection alternatives, biosolids reuse /disposal, and air emission controls for odors and volatile organic compounds. 2 1 APPENDIX I MANAGEMENT TEAM RESUMES V:\Client8O\CCCSD\Qual\CompWWMasterPlan\I ndd \Resumesl- Managemenffeam.indd CCCSD I Comprehensive Wastewater Master Plan Steve McDonald, P.E., MBA I LEAD MASTER PLAN PROJECT DIRECTOR 2020 Strategic Master Plan, Sacramento Regional Wastewater Treatment Plant (SRWTP), CA Project Manager 12001 This is a comprehensive strategic master planning effort for the Sacramento Regional County Sanitation District (SRCSD) to develop a program of needed facilities and activities to the year 2020. The 2020 MP is providing a focused review of optimization concepts consistent with SRCSD strategic goals. The project involves working with regulators and downstream water agencies through an extensive stakeholder program to develop workable alternatives to meet effluent and receiving water requirements. Activities associated with the 2020 MP include development of an interactive "web - hosted" MP Model, a comprehensive Bufferlands MP, a Biosolids Management Plan, a Competitiveness Guidance Document, initial groundwork on the Environmental Impact Report, and financial /revenue planning. Wastewater Master Plan, City of Benicia, CA Project Manager 1 1998 The plan developed projected wastewater flows and loads, evaluated alternatives, and developed a phased CIP through the year 2010. Key issues and processes evaluated included failed RBCs and replacement with the activated sludge process, hypochlorite disinfection, dissolved air flotation thickening, anaerobic digestion, belt press dewatering, and extensive odor control facilities, and sound abatement system. Biosolids Management Plan for the City of Palo Alto Regional Water Quality Control Plant (RWQCP), CA Project Manager 1 1995 The plan developed recommended facilities required to handle, process, and dispose of wastewater solids through the year 2020. The RWQCP is a tertiary wastewater treatment facility with an ADWF design capacity of 39 mgd. The solids handling evaluation included a capacity assessment and evaluation of two multiple hearth furnaces for sludge incineration. Biosolids alternatives evaluated included continued incineration, anaerobic digestion, indirect heat drying, chemical stabilization, and composting. V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \Resumes1- ManagementTeam.indd Strategic Master Plan, SRWTP, CA I Project Manager 1 1994 The development of this Plan was to establish a program for implementation of —$3 billion of capital improvements for 350 mgd of wastewater treatment facilities over a 20 -year planning period. This was a $2.2M planning effort that received the American Academy of Environmental Engineers Engineering Excellence Honor Award and the California Water Environment Association Engineering Achievement Award. This is one of the first plans in the country to address the potential impact of the new federal and California effluent discharge requirements for toxics. The master planning effort included the development of a Toxics Action Plan to implement a cost - effective program for control of TDS, heavy metals, and toxic organics through increased source control and watershed management. Work involved an evaluation of advanced treatment alternatives for toxic metals, including considering cross -media impacts. A major component of the plan was the development of a flexible water reclamation strategy as a method of avoiding the potentially high cost of continued river discharge in the future. Carollo performed a treatment process evaluation of the existing wastewater treatment facilities, including the pure oxygen activated sludge process and sludge thickening and digestion facilities. Finally, Carollo prepared a financial analysis that evaluated sources and uses of funds and the impact on connection fees and user charges. Wastewater Facilities Plan for the Alvarado Wastewater Treatment Facilities, Union Sanitary District, CA I Project Engineer 1 1991 The facilities plan evaluated and recommended the best apparent liquid and solids treatment alternatives to treat a design flow of 35 mgd ADWF. Key issues addressed included the decision to continue or abandon existing rotating biological contactors (RBCs) for secondary treatment, site constraints that limited the room available for new facilities, optimization of sludge thickening and digestion facilities, and odor control. APPENDIX I MANAGEMENT TEAM RESUMES 13 Lydia 1 Project Manager WWTP Ma A vice president with Carollo, Lydia has built her reputation on delivering strategic plans by listening to her clients' needs and understanding the big picture while also applying the technical detail required to make sound decisions. Her planning expertise has been applied to numerous high profile master planning and improvement projects throughout California, which often include managing teams of consultants. Lydia's skills include developing strategies that help clients make sound decisions, maximizing use of existing infrastructure to minimize costs, and achieving stakeholder buy in. Lydia also has a strong track record with applying sustainability principles (e.g., TBL and Envision TI ) to decision processes and using tools such as GHG emission estimates to compare alternatives to produce long -term, economically viable treatment solutions. RELEVANT PROJECT EXPERIENCE 30 -Year Sewer Master Plan, SFPUC, CA I Co- Project Manager 12010 Carollo provided project management for the MP for both collection and treatment of all wastewater in the City. Lydia directed the project, coordinated a multi - discipline consultant and subconsultant team, facilitated team brainstorming workshops, and developed evaluation criteria to screen and compare alternatives. Also oversaw condition assessments of the three existing treatment facilities and major pump stations. Reference: Jon Loiacono, Project Manager 415 - 934 -5779 joiacono @sfwater.org C Ca,.--.ii.% Engineers... Working Wonders With Water® MEETING YOUR REQUIREMENTS • 21 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • PM for six similar MPs in the last 10 years ($713 in planned facilities). • Co -PM for $513 treatment/ collection system MP for SFPUC, including 80 -mgd AAF of treatment and 900 miles of pipeline. Long -Range Facility Plan, City of Palo Alto, CA I Project Manager 12012 Lydia led development of the City's first -ever WWTP facility plan. Palo Alto is one of two Bay Area WWTPs using multiple hearth in- cineration for solids management. Due to seismic issues, public pres- sure, and a sustainability ethic, developing viable solids alterna- tives was a key focus. The MP and $400M CIP identified facility needs to accommodate regulatory chang- es, service area growth, replace- ment of aging infrastructure, and long -term recycled water delivery. Reference: Mr. Jamie Allen, Plant Manager 650 - 329 -2243 james.allen @cityofpaloalto.org Integrated Wastewater Master Plan, City of San Mateo, CA Project Manager 12014 As PM, Lydia directed the evaluation of the long -term needs of the wastewater collection and treatment system to address aging infrastructure, as well as meet current and future permit requirements. Developing a prioritized CIP for replacement of aging infrastructure was also critical. The final CIP provide for investment of $900M in storage, conveyance and treatment over the next 20 years to meet current and future needs. Reference: Ms. Cathi Zammit, Capital Projects Director, 650 - 522 -7306 czammit @cityofsanmateo.org APPENDIX I MANAGEMENT TEAM RESUMES 14 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ indd \Resumes1- ManagementTeam.indd CCCSD I Comprehensive Wastewater Master Plan Lydia Holmes, P.E. I PROJECT MANAGER FOR WASTEWATER TREATMENT MASTER PLAN "As your project manager for wastewater treatment, my highest priority will be to focus on your big - picture goals while remaining mindful of the details that will keep this effort on track and on budget." Wastewater Facility Plan, South San Francisco /San Bruno, CA I Project Manager 12010 Examined facility to determine future needs to comply with more stringent Bay discharge requirements including reduced blending and near -shore discharges during wet weather. Also developed CIP of improvements required for replacing aged facilities and improving treatment performance. Evaluated opportunities for on -site energy generation and efficiency. Presented results of plan to both SSF and SB city councils and the SFRWQCB. Assisted in renewal of the NPDES permit. Wastewater Strategic Master Plan and Preliminary Design, City of Davis, CA I Project Manager 12006 The plan considers alternate discharge locations, including reuse, changes in regulations, and alternative treatment trains to meet regulatory scenarios. Process performance and capacity of the existing plant was evaluated. Existing treatment processes include: primary clarifiers, oxidation ponds, aerated ponds, lemna ponds, overland flow, wetlands, digesters and sludge lagoons. Included GHG evaluation for solids alternatives and a sustainability technical memorandum to identify ways to incorporate sustainability into the design. Application of EnvisionTM to Grants Pass, OR, Pump Station and Kansas City, MO, Sewer Separation Projects I Sustainability Advisor 12015 Effort included developing presentations to clients explaining EnvisionTM and evaluation of the applicable credits for these projects. Recycled Water Master Plan, City of Fresno, CA I Project Manager 1 2010 Project was instigated to meet a long -term water supply shortfall. Goal is to implement reuse for 25,000 ac/ ft /yr by 2025. Goals include enabling Fresno to control its own recycled water destiny (with or without regional participation), to get recycled water infrastructure in the ground, to obtain financial assistance from developers to build the system, and to optimize the system configuration by strategically using the Regional Water Reclamation Facility versus satellite plants. Project includes identification of users, quantification of demand /use, treatment requirement and location (e.g., satellite plants), infrastructure needs and financial /funding strategy. Experience 21 years Office Location Walnut Creek, CA Education MS Environmental Engineering, University of California, Davis 1995 BS Civil Engineering, University of California, Davis 1992 Registration Civil Engineer: CA Professional Affiliations EnvisionTM Sustainability Professional Water Environment Federation Society of Wetland Scientists Santa Clara River Estuary Special Studies Project — Phase 1, 2 and 3, City of Ventura, CA I Project Manager I Ongoing Carollo was hired by the City of Ventura to develop three studies required by their NPDES permit to support a finding of enhancement as required by the Enclosed Bays and Estuaries Policy for their discharges into the estuary. The studies include a sub - watershed Assessment Study, a Reuse Market /Feasibility Study, and a Treatment Wetlands Feasibility Study. Project includes multiple stakeholder workshops with regulatory, resource agencies, NGOs and other interested parties. In the Phase 2 studies, recycled water opportunities were evaluated further with grants that Carollo help the City ................................................ ............................... "Lydia served as much more than our project manager. Serving as our principal point of contact, she personally managed multiple aspects of our complex master planning effort and permitting work. She represented the project with a great appreciation for her client's perspective to City Commissioners, City Council, state staff, and special lead council. As our project manager, I found Lydia to be not only reliable and responsive, but to ; demonstrate key insight and leadership through all matters whether they be directly related to Carollo's scope of ; services or to broader issues that impacted our ability to provide services and achieve NPDES compliance." — Keith A. Smith, Utilities Engineer, City of Davis : ............................................... ............................... 5 1 APPENDIX I MANAGEMENT TEAM RESUMES V:\Client8O\CCCSD\Qual\CompWWMasterPlan\I ndd \Resumesl- ManagementTeam.indd CCCSD I Comprehensive Wastewater Master Plan Lydia Holmes, P.E. I PROJECT MANAGER FOR WASTEWATER TREATMENT MASTER PLAN secure from the SWRCB and US Bureau of Reclamation (Title XVI). Potable reuse was determined to be the recommended alternative. Supported City through permit renewal process during this Phase 2 effort. A settlement agreement with NGOs and 2013 NPDES Permit renewal required additional estuary monitoring to determine volume that can safely be diverted for reuse for Phase 3 study. Project also includes piloting of direct potable reuse and a brine study. Engineering Support Contract, City of Stockton, CA I Project Manager 12008 Lydia participated in review of the tentative and draft NPDES permit and strategizing negotiation positions with the RWQCB. Also managed several projects to evaluate compliance with proposed and existing permits. Studies focused on compliance with ammonia limits, Title 22 and disinfection -by- products. Project included process modeling, alternative development, bench top filtration and full scale UV pilot testing, and cost development. Permit Renewal Efforts, City of Davis, CA I Project Manager /Engineer 12007 Met with RWQCB staff many times over two year period. Coordinated with other consultants in evaluation of data and preparation of Report of Waste Discharge and translator studies. Reviewed RWQCB's Reasonable Potential Analysis and preparation of Infeasibility Analyses in response. Prepared memos and presentations for RWQCB detailing compliance schedules and issues for compliance. Wetlands Park Plan Development, City of Petaluma, CA I Project Engineer 12005 The plan centered around the development of wetlands used to polish wastewater. Public access, educational and recreational opportunities will be provided on -site. Additional features of Wetlands Park include restoration and enhancement of existing tidal marsh, storm water treatment and distribution with wetlands, riparian restoration and enhancement and development of trails with native landscaping. Performed grant writing and coordination with local and state agencies for acquiring $4 million for land acquisition, trails, and habitat enhancement. Planning Study for Water Recycling Facility, City of Petaluma, CA I Project Engineer 12000 Responsible for developing alternatives for new treatment facilities to replace the City's 1938 wastewater treatment plant. The new facilities will produce California Title 22 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \Resumes1- ManagementTeam.indd unrestricted use quality water. Alternatives evaluated include advanced facultative ponds, aerated lagoons, primary clarifiers followed by oxidation ponds, activated sludge, and extended aeration. Process modeling for each alternative determined sizing. Each alternative also considered dissolved air flotation versus vegetated wetlands for algae removal. Additional polishing of nutrients and metals with wetlands was evaluated. In addition to developing costs for each alternative, a detailed evaluation compared neighborhood impacts, public amenities, sustainability, and other wastewater treatment considerations (reliability, biosolids production, etc.). Nitrification Treatment Alternatives Study, City of Stockton, CA I Project Engineer 12004 Evaluated alternatives to meet discharge limits of NH3< 2 mg /L. Alternatives evaluated included nitrifying activated sludge, nitrifying trickling filters, and biological aerated filter (BAF ). Impacts of continuing to use oxidation ponds versus abandoning the ponds were considered. A separate metals study was performed as part of the work, which determined that the ponds significantly reduce effluent metals concentrations. Regional Wastewater Control Facility Master Plan, City of Stockton, CA I Project Engineer 12000 Responsible for detailed evaluations and projection of plant flows and loads for planning future facilities. Analyzed existing plant capacity including use of detailed primary clarifier performance model. Screened 60 alternatives for compliance with river dissolved oxygen requirements and ammonia reduction requirements down to 20 viable options. Screening process included a large public involvement program with more than 50 stakeholders. Developed capital, operation, and maintenance costs for the 20 alternatives as well as determined non - economic considerations for each alternative. Filtration and Disinfection Alternatives Master Plan, Sacramento Regional WWTP (SRWTP), CA I Project Engineer 12000 Conducted pilot study of sand filtration, disk (cloth) filtration, and microfiltration upstream of UV. Pilot testing included conventional parameters as well as persistent pathogens and metals. Developed costs for implementing filtration /UV at SRWTP. Evaluated non - economic factors such as ability to meet future regulatory requirements. APPENDIX I MANAGEMENT TEAM RESUMES 16 a'- A Project Manager for Collec Mike Britten is a senior vice president with Carollo with 41 years of experience in master planning, design, and construction management of wastewater, water, and storm water facilities. He provides a unique breadth of experience in collection system /infrastructure planning and wastewater treatment planning, design, and construction. In the last five years he as managed three combined collection system /treatment system MPs. Mike's practical experience and the broad vision from concept to construction allow him to guide his team in developing defensible, implementable and economically feasible plans. Mike has a client - centered style of management. A testament to his success is his history of long standing client relationships. He has been serving the City of South San Francisco since 1995, the City of Turlock since 1993, and the City of Modesto since 2003. He is dedicated to his clients for the long -haul. RELEVANT PROJECT EXPERIENCE _ - r j fvY Wastewater Master Plan Update and Collection System Master Plan, City of Modesto, CA I Principal /Project Manager 12010 (New Update In Progress) Conducted the City's wastewater MP update, which included evaluat- ing treatment and disposal facilities. Developed a supplement to the MP evaluating compliance with a new discharge permit for effluent dis- charges to the San Joaquin River. Also conducted a collection system MP, including 55 -mgd AAF of treatment and 641 miles of pipe- line, resulting in a $250M 20 -year CIP that is currently underway. Reference: Will Wong, Engineering Division Manager, 209 - 571 -5801 wwong @modestogov.com IL - Wastewater Collection System Master Plan, City of Turlock, CA Principal -in- Charge 12014 The City's wastewater collection system encompasses more than 225 miles of sewers, 24 lift stations and serves a population of 90,000. The master plan identified a CIP of $71M that includes infrastructure rehabilitation and hydraulic capacity upgrades. The City has begun implementation of the CIP, and is considering designing the system to capture peak storm flows, which would increase treated effluent flows and augment the City's recycled water portfolio. Reference: Garner Reynolds, Regulatory Affairs Manager, 209 - 668 -5599 GReynolds @turlock.ca.us C Ca,.--.of -% Engineers... Working Wonders With Water® MEETING YOUR REQUIREMENTS • 41 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • PM /PIC for four similar collection system MPs in the last 10 years ($800M in planned facilities). • PM /PIC for treatment/ collection system MP for Modesto, including 55 -mgd AAF of treatment and 641 miles of pipeline. Wet Weather Flow Management, City of South San Francisco, CA Principal /Project Manager 12015 South San Francisco has been implementing Carollo's $70M wet weather program since 1999. Mike has led the City through the entire program that started with a collection system master plan. The wet weather program includes sewer capacity upgrades, two major pump station upgrades to capture peak wet weather flows, new wet - weather force mains, and wet weather storage facilities at the City's WQCP. Reference: Brian Schumacker, Plant Superintendent, 650 - 829 -3844 Brian.Schumacker @ssf.net APPENDIX I MANAGEMENT TEAM RESUMES 1 7 V: \Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd \Resumesi- ManagementTeam.indd CCCSD I Comprehensive Wastewater Master Plan Mike Britten, P.E. I PROJECT MANAGER FOR COLLECTION SYSTEM MASTER PLAN "The collection system master plan will be the District's blue print for future capital projects. The plan needs to address current and future deficiencies, such as capacity restrictions and deterioration of infrastructure, as well as provide a strategy for meeting potential future regulations pertaining to wet weather discharges and sewer lateral management." Wastewater Collection System, Storm Sewer System, and Wastewater Treatment Facilities Master Plans, City of Turlock, CA Principal -in- Charge 12014 The plans outline a prioritized CIP that spans all three areas. The master plans were coordinated to mesh improvements to the storm sewer system and the sewer collection system because the two systems are combined in the older parts of the city. In addition, improvements at the wastewater treatment facility were coordinated with projected dry weather and wet weather flows developed from the storm sewer and wastewater collection system master plans. Recycled Water Feasibility Study, City of Turlock, CA I Principal -in- Charge /Project Manager 1 1998 The study identified potential uses for recycled water including groundwater recharge and crop irrigation. The study also developed the required treatment facilities for a 20 -mgd recycled plant. Wastewater Treatment Plant Master Plan and Design of 5 -MG Wet Weather Storage Facility, City of Richmond, CA I Principal -in- Charge /Project Manager 12014 The plan identified a $100M CIP for the wastewater treatment facilities. The plan included a wet weather flow analysis to identify improvements to attenuate peak wet weather flows and prevent overflows in the upstream trunk sewers. Wet weather flow improvements include a 27- mgd wet weather flow diversion pump station to divert peak flows to storage. Wet Weather Management Program, Sewer Authority Mid - Coastside, CA I Project Manager 1996 The project included monitoring wet weather flows and rainfall in Half Moon Bay, El Granada, and Montara to evaluate the wet weather capacity of the intertie pipeline system. The intertie system conveys wastewater from these communities to the SAM treatment plant. Carollo prepared a facility plan that identifies $81VI in capital improvements. The recommended improvements include wet weather storage basins, a parallel force main, and increased capacity for a major pump station. Experience 41 years Office Location Walnut Creek, CA Education BSCE, Arizona State University, 1974 Registration Civil Engineer: CA Professional Affiliations American Society of Civil Engineers Water Environment Federation Regional Wastewater Control Facility Capital Improvement and Energy Management Plan, City of Stockton, CA I Project Manager 2010 Developed a five -year, $150M CIP for this 55 -mgd facility, consisting of four major construction projects. Led the multi - disciplinary team to assess the condition of the existing facility, including existing buildings, electrical systems, buried pipelines, power plant, and treatment processes. Managed the team that identified energy efficiency measures to decrease energy usage by 30 percent. Prioritized improvements to aged infrastructure to maximize return on City's investment. Developed phased project approach to match improvements to available funding. ........................... n solutions. The project manager onds in a timely manner. I would : ........................... "The Carollo team has been great, from their hydraulic team, to their collections specialists, to their project management and principal in charge. Their emphasis has really been customer centered. They have taken : the time to listen to our concerns and have worked collaboratively with us o communicates with me regularly on project status updates and always resp strongly recommend the Carollo team." — Jesse Franco, Senior Civil Engineer, City of Modesto 8 1 APPENDIX I MANAGEMENT TEAM RESUMES V:\Client8O\CCCSD\Qual\CompWWMasterPlan\I ndd \Resumesl- Managemenffeam.indd CCCSD I Comprehensive Wastewater Master Plan Mike Britten, P.E. I PROJECT MANAGER FOR COLLECTION SYSTEM MASTER PLAN Wastewater Treatment Facility Study, City of WWTP Expansion, North San Mateo County Burlingame, CA I Principal -in- Charge 12000 Sanitation District, CA I Project Manager 1 1989 The study evaluated alternatives for upgrading and expanding the plant to accommodate wet weather flows The study included a capacity evaluation and a reliability audit of the existing facilities. Headworks and Secondary Capacity Expansion Project - Phase 1, City of Turlock, CA Project Manager 12014 This expansion will replace an existing outdated headworks and pump station facility and provide additional influent pumping capacity to handle future flows. It will also increase the nitrification capacity of the secondary treatment process to handle increased solids loading rates. New project elements include the design of a barscreen facility, self - cleaning influent pump station, two aeration basins, a new blower building, flow splitting structures, and two electrical buildings. Design involved a significant process modeling effort to establish the nitrification facility design criteria based on existing operating data and projected flows and loads. In addition, several existing facilities at the WPCP were renovated, including a secondary digester gasholder cover, a secondary effluent equalization storage basin, two primary flotators, and influent sewer piping. Water Quality Control Plant Improvement Project, South San Francisco /San Bruno, CA I Project Manager 12015 The $41M planning, permitting, and design project consisted of expanding the existing capacity from 9- to 13 -mgd average dry weather flow and providing for wet weather treatment capacity of 62 mgd. Key elements of the project included adding one 110 - foot - diameter secondary clarifier, a RAS pumping system, and a bar screen for wet weather flow. WWTP Wet Weather Storage Basin Project, East Bay Municipal Utility District , CA I Project Manager 1 1992 Provided design and construction management services for this $24M project. The project consisted of an 11 -MG storage basin, 120 -mgd flow diversion facilities, and an 80 -mgd submersible pump station. Responsibilities included overseeing the construction manager and coordinating with the design team. The project received the Design Honor Award by the California Consulting Engineers Council in 1992. V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \Resumes1- ManagementTeam.indd This $16M plant expansion design project provides 2.8 MG of flow equalization storage basins and new primary sedimentation basins to expand the activated sludge plant from 8 mgd to 10.3 mgd. The equalization basins also provide wet weather flow storage. The project included a new chlorine contact tank and chlorination /dechlorination system improvements. The project received the Engineering and Research Award by the California Water Pollution Control Association, San Francisco Section in 1992. Multi- Project Wastewater Plant Expansion, City of Sunnyvale, CA I Project /Construction Manager 1 1982 This $12.5M project included construction of a 30 -mgd pump station, primary clarifiers, a dissolved air flotation thickener, a cogeneration system, and dual -media filter. As an extension of the City's staff, administrated five construction contracts and three design contracts. Responsible for design review and working closely with the design firm to minimize conflicts. Work also included obtaining local building permits and a permit from the Bay Conservation and Development Commission. WWTP Upgrade Project, Union Sanitary District, CA Project Manager 1 1998 This $36M project, consisting of activated sludge processes, an 88- foot - diameter anaerobic digester, and sludge thickening facilities, increased plant capacity to 30 mgd. Responsibilities included obtaining State Revolving Fund loans, negotiations with Pacific Gas and Electric to relocate high voltage lines, and obtaining permits from the Bay Area Air Quality Management District. Wet Weather Storage Basin Design, Central Contra Costa Sanitary District, CA I Project Engineers 1979 Mike served as project engineer as an employee of the District. The project included upgrades to the flow distribution and storage system to maximize the available storage at the site and reduce overflows to Grayson Creek. APPENDIX I MANAGEMENT TEAM RESUMES 19 'R. Hagstrom, �i Carollo Principal -in- Charge An executive vice president with Carollo Engineers, Jim has more than 25 years of experience in planning, design and construction management of water and wastewater treatment facilities. His background includes the successful project management of large, diverse consulting teams delivering innovative and sustainable solutions to clients throughout the West. He has been involved with the successful development and delivery of 11 wastewater facility/ master plans. RELEVANT PROJECT EXPERIENCE WPCP Master Plan, City of Sunnyvale, CA I Project Director 12015 The project included developing a 20 -year, $1 B master plan, which required an early spin -out of the $100M headworks and primary clarifier design project. A technical review group was convened to provide input into the selection of the secondary treatment process. ilk WWTP Facility Plan and Comprehensive Sewer Plan, City of Bellingham, WA Principal /Project Manager 12010 The WWTP project included an evaluation of expansion alternatives and preliminary design of a $46M, 15 -mgd liquid- stream expansion. The sewer plan project included demographic and demand projections, inventory of existing system assets, assessments of the existing conveyance and C Ca,.--.of -% Engineers... Working Wonders With Water® MEETING YOUR REQUIREMENTS • 26 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • PM /PIC of eight similar MPs in the last 10 years ($7.513 in planned facilities). • PM /PIC for design/ implementation of more than $250M in treatment and collection improvements identified as part of MPs. Barton, Murray, Magnolia, and North Beach CSO Facility Plan, King County Department of Natural Resources and Parks, WA I Principal -in- Charge 12012 The project included CSO flow analysis, project alternatives development and siting, geotechnical investigations, survey and mapping, and cost estimating and preliminary design of four CSO facilities with an estimated cost of $104M. treatment systems, and CIP recommendations. Reference: Reference: Reference. Bhavani Yerrapotu, WPCP Division Manager, 408 - 730 -7268 byerrapotu @sunnyvale.ca.gov Larry Bateman, Plant Superintendent, Post Point WWTP, 360- 778 -7852 Ibateman @cob.org John Komorita, Project Manager, 206 - 477 -5473 john.komorita @kingcounty.gov APPENDIX I MANAGEMENT TEAM RESUMES 1 10 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ indd \Resumesi- ManagementTeam.indd CCCSD I Comprehensive Wastewater Master Plan Jim Hagstrom, P.E. I CAROLLO PRINCIPAL -IN- CHARGE Water Pollution Control Facility Engineering Report for the City of Everett, WA I Principal -in- Charge 2009 The project included demographic and demand projections, inventory of existing system assets, assessments of the existing treatment systems, evaluation of various process upgrades, capital improvement program recommendations, funding strategies, and identification of permit and environmental review requirements for the City's 36 -mgd WWTP. Wastewater Treatment and Conveyance System Planning for Sewage Facilities Plan Update, City of Aberdeen, WAS Principal -in- Charge 12010 The project included evaluation of alternatives to manage excess wet weather peak flows, as well as alternatives to increase the reliability of the existing wastewater treatment plant. Recommended alternatives for wet weather management included a series of ongoing 1/1 reduction projects and centralized storage at the plant. Plant upgrades centered on enhancing dilution to mitigate chronic water quality impacts, and evaluating other improvements to improve the reliability and operability of the wastewater treatment plant. The project included all necessary State Environmental Policy Act (SEPA) documentation. Wastewater Treatment Plant Engineering Report, Birch Bay Water and Sewer District, WA Principal -in- Charge 12006 The report included development of flow and load projections, capacity analysis of the existing facilities, evaluation of alternatives to increase plant capacity, facility planning, cost estimating and project phasing, and development of a 20 -year CIP. Carnation Wastewater Treatment Facility Project, King County Department of Natural Resources and Parks, WA I Project Manager/ Principal -in- Charge 12008 Directly responsible for managing a $3.3 million engineering contract. The project consisted of preparation of a facility plan, preliminary and final design, and construction management services for the new 0.5 -mgd maximum month MBR reclamation plant. This award - winning, sustainable solution delivers highly treated effluent from the facility to restore a wetland and increase habitat in the Snoqualmie Valley. Sammamish Valley Reclaimed Water Production Facility, King County Department of Natural Resources and Parks, WA I Project Manager 12004 Directly responsible for managing a $5.2M engineering contract. The project consisted of preparation of a facility plan, preliminary and final Experience 26 years Office Location Walnut Creek, CA Education MS Environmental Engineering, University of Illinois, Urbana - Champaign, 1989 BS Civil Engineering, University of Illinois, Urbana - Champaign, 1988 Registration Civil Engineer: CA Professional Affiliations American Water Works Association The Henry Samueli School of Engineering, Leadership Council, Member design for an initial 1.5 -mgd, ultimate 5 -mgd' satellite MBR reclamation plant and reclaimed water conveyance system. Post Point Wastewater Treatment Plant Re- Rating Study, City of Bellingham, WA I Principal -in- Charge 12004 The work included analysis of plant operating data, capacity analysis, workshops, on -site process testing, and simulation modeling. The project included preparation of a re- rating study for the City's 20- mgd nominal capacity high - purity oxygen (HPO) activated sludge wastewater treatment facility. The study concluded that the plant solids handling capacity could be re -rated to accommodate an additional 30 percent of influent solids loading. ................................................ ............................... "The City of Carnation Treatment Plant siting and design process was a great experience for the community. Jim Hagstrom and the staff with Carollo delivered a thoughtful and thorough approach that really strengthened the credibility of the final decision. Our citizens, Council and staff are pleased with the results." — Bill Brandon, City Manager, City of Carnation, Washington (King County Department of Natural Resources and Parks, Seattle, WA, Carnation Treatment Plant, 2008 WateReuse Association Project of the Year) ; ............................................... ............................... 11 1 APPENDIX I MANAGEMENT TEAM RESUMES V:\Client8O\CCCSD\Qual\CompWWMasterPlan\I ndd \Resumesl- Managemenffeam.indd Jim Hagstrom, P.E. I CAROLLO PRINCIPAL -IN- CHARGE Facilities Plan, Clean Water Services, OR I Process Engineer 12006 Lead tertiary process engineer for a facilities plan for the 45 -mgd average dry weather flow Rock Creek Advanced WWTP. The facility plan included development of flow and load projections, capacity analysis of existing facilities, evaluation of process alternatives to increase plant capacity, and development of a dynamic planning tool that clearly identifies triggers for implementing improvements under varying flow, load, and regulatory scenarios. Water Pollution Control Facility Improvements Project, City of Everett, WA I Principal -in- Charge 12011 Project elements included preliminary and final design of a five phase, $80M rehabilitation and expansion of the City's Water Pollution Control Facility. Project elements also included rehabilitation of the existing aeration system and headworks, expansion of the existing trickling filter/ solids contact clarifier process, and new digestion /solids handling facilities. Post Point WWTP High - purity Oxygen Tank Modifications, City of Bellingham, WA I Principal -in- Charge 12004 The project improved energy efficiency by adding new aerators and variable frequency drives and allowed operation of the aeration basin in an anaerobic selector mode through the addition of baffle walls. Approximately 40 percent of the cost for this project was paid by an energy- efficiency grant from Puget Sound Energy. Willow Lake Water Pollution Control Facility Headworks and Primary Treatment Upgrade CM at Risk, City of Salem, OR I Project Engineer 12010 Primary treatment design task lead for the $96 million project. The project increased the current capacity of the facility from 105 mgd to 155 mgd. Project elements included a new influent pump station, headworks, primary clarifiers, intermediate pump station, and disinfection upgrades. CCCSD I Comprehensive Wastewater Master Plan Matthews Park Pump Station Rehabilitation Project, King County Department of Natural Resources and Parks, WA I Principal -in- Charge 12006 Project elements of this 90 -mgd pump station rehab included preliminary design, final design, and construction management of the process, mechanical, electrical, and instrumentation and controls replacement project. Columbia Boulevard Wastewater Treatment Plant Replacement Headworks Project, City of Portland, OR Process Engineer 1 1997 Lead process engineer for preliminary design of a 300 -mgd influent pump station. The project included extensive hydraulic modeling of the existing and future plant layout, developing the design for the pumping system, providing process layout and control strategies for the pumping system, and layout for the conveyance of flows from the new headworks to the existing primary sedimentation basins. Reclaimed Water Facilities Project, Victor Valley Wastewater Reclamation Authority, CA I Project Manager 12014 Project elements included the siting, preliminary design, and final design of two sub - regional MBR water reclamation facilities. The $68M MBR facilities have an initial 1 -mgd, ultimate 4 -mgd, capacity. APPENDIX I MANAGEMENT TEAM RESUMES 1 12 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \Resumes1- ManagementTeam.indd I eqi�� ICHP22NHILL qPflincipal-i Rich Pyle's career includes broad experience in managing large water resources projects. This experience contains planning, CEQA/ NEPA documentation, design, and construction of numerous flood control and water supply projects throughout San Diego County. To enhance this experience, Rich supplemented his engineering skills with the addition of a business education. This has given him the tools with which to analyze financial information, marketing information, competitive threats, and management of products and companies. Rich's experience encompasses program management, project financing, marketing /public involvement, and leading multi - disciplined work teams. RELEVANT PROJECT EXPERIENCE Metropolitan Water Resources Program, City of Fresno, CA Principal -in- Charge I Ongoing Rich is responsible for ensuring that the program is meeting the expectations; understanding of the full range of external stakeholders; aligning program cash flow with city financial planning, rate structure, and bond covenants; and aligning the program's goals with other city policies and objectives for this $1B in improvements to the city's water supply, treatment, conveyance, and distribution systems. Reference: Martin Guerin, Assistant Director of Public Utilities, 559 - 621 -5383 Martin.Guerin @fresno.gov MEETING YOUR REQUIREMENTS • 33 years of experience. • Registered California Civil Engineer. • Manages large water resources projects in California including planning, design, and construction. • Skilled in negotiating agree- ments with public agencies; knowledgeable in financial, supply, water resource, and facility planning. • Knowledgeable in financial, supply, and facility planning. Regional Concentrate Conveyance System Feasibility Study, San Diego County Water Authority, CA I Project Director 12011 The study investigated and evaluated the feasibility of installing a new concentrate conveyance system consisting of pipeline, pumping station, storage reservoirs, and treatment facilities. Responsible for managing the development of the technical memorandum on institutional issues and surveying local agencies to determine potential users, type of concentrate discharge, and volume of flows. Reference: Ann Sasaki, Assistant Director of Public Utilities, 858 - 292 -6401 ASasaki @sandiego.gov Regional Water Facilities Master Plan, San Diego County Water Authority, CA I Project Manager 2015 Directed preparation of a 30 -year facility MP that encompassed a region -wide planning effort, incorporating three interrelated components: water demands, water supplies, and facilities. Facility planning encompassed estimating future water demands, identifying water supplies and reliability, and defining facilities needed to treat and transport the supplies to the points of demand. Reference: Ken Weinberg, Director of Water Resources, 858-522-6741 kweinberg @sdcwa.org APPENDIX I MANAGEMENT TEAM RESUMES 1 13 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \Resumes1- ManagementTeam.indd CCCSD I Comprehensive Wastewater Master Plan Rich Pyle, P.E. I CH2M HILL PRINCIPAL -IN- CHARGE Twin Oaks Valley Water Treatment Plant DBO, San Diego, CA I Lead Negotiator I Ongoing This project is a 100 -mgd submerged membrane water treatment plant and 15 -year operating contract. Led the development of the procurement process, due diligence investigations of DBO procurement processes, and treatment processes. Lead negotiator for the owner in simultaneous contract negotiations with three DBO entities. The DB price is $157M, and the annual operating cost is approximately $6M. Treated Water Enhancement Study, San Diego County, CA Project Manager I Ongoing Managed and directed the preparation of an analysis of treated water demands and facility alternatives to meet the demands. The options included construction of new facilities, modifications to existing facilities, and importing treated water from outside the region. The analysis included all facilities required to meet demands, capital cost, annual costs, and impact to water rates. Presented the results and developed a consensus decision with a diverse group of stakeholders over a 12 -month time frame. Progressive Design -Build Project, Alameda County Water District, CA I Alternative Delivery Lead 2013 The District's first design - build project. Services include preparation of 60 percent design, then development of a guaranteed maximum price to complete design and construction. The numerous permitting and scheduling issues required an integrated partnership between the owner and our design - build team. Drought Management Plan, San Diego, CA I Principal -in- Charge 2008 Principal -in- charge for a regional plan that detailed a series of potential actions that would be taken when faced with a shortage of imported water supplies due to drought conditions. This was the first plan in Southern California to develop a methodology and gain consensus approval for allocation of supplies during periods of shortage. Managed the planning, environmental documentation, and design of the 318 - foot -high, 2,552- foot -long, roller - compacted concrete dam. The project included environmental constraints and coordination with final design. Experience 33 years Office Location San Diego, CA Education MBA, Executive Management, San Diego University, 1997 BS, Civil Engineering, California State University, Sacramento, 1984 Registration Civil Engineer: CA Professional Affiliations American Society of Civil Engineers American Water Works Association Integrated Area Study, San Diego County Water Authority, San Diego, CA I Client Representative 2007 Represented the San Diego County Water Authority in the preparation of a Riverside County /San Diego County long -range facility plan for regional facilities. The study included review of local water development, conveyance facilities, water storage, and treatment facilities. Skinner Area Studies, San Diego County Water Authority, San Diego, CA I Client Representative 2007 Represented the San Diego County Water Authority in analyzing short - term and long -term alternatives to meeting treated water facility constraints. The study recommended ................................................ ............................... : "Dear Rich, I want to take the opportunity to express my appreciation of the CH2M HILL team for the successful ; completion of the Water Authority's Twin Oaks Valley Water Treatment Plant. Design, construction and : successful operation of this large and complex project were completed in an amazing30 months ... the CH2M HILL team's excellent performance has led to a critical regional facility being online and within budget. 1 look forward to working with you again in the future." : — Tim Suydam, Operations and Maintenance Manager/ Project Manager, ; Twin Oaks Valley Water Treatment Plant, San Diego County Water Authority . ............................................... ............................... 14 1 APPENDIX I MANAGEMENT TEAM RESUMES V:\Client8O\CCCSD\Qual\CompWWMasterPlan\I ndd \Resumesl- Managemenffeam.indd Rich Pyle, P.E. I CH2M HILL PRINCIPAL -IN- CHARGE alternatives including the 100 -mgd expansion of a 620 -mgd water treatment plant. The study recommendations led to the development of a multiple - year regional treated water allocation plan. Olivenhain Dam and Reservoir, San Diego, CA I Project Manager 12001 Numerous environmentally sensitive plants were within the reservoir footprint that required delineation and in some cases relocation. Initial drilling during design for the dam foundation, access roads, and quarry required environmental coordination to not violate environmental permits. The dam design and construction documentation included numerous environmental and community requirements for access, work hours, blasting times and notifications, and coordination with the construction of the neighboring water district water treatment plant. The project required development of complex agreements with Olivenhain Municipal Water District, which owns a part of the reservoir capacity. Emergency Storage Project, San Diego County Water Authority, CA I Assistant Program Manager 12003 Assistant program manager for a complex $730M emergency water supply program in California. The project included the largest roller- compacted concrete dam in North America at 318 feet high; approximately 20 miles of large diameter pipeline including 14 miles of tunnel; three pump stations 15,000 to 20,000 horsepower; and razing an existing concrete gravity dam. The project included evaluations to fully address the engineering and permitting needs to achieve regulatory objectives. Responsible for cost estimates and cash flow projections for annual budgets of $4 million to $80 million and participated in developing a project finance and revenue collection plan. Coordinated an industry- award - winning public outreach effort and made 150 presentations to various groups. Regional Colorado River Conveyance Feasibility Study, San Diego, CA; and Baja California, Mexico I Project Manager 12001 Project manager for this complex and politically charged project. The study analyzed options for conveyance of water 100 miles from the Imperial Valley to San Diego and Tijuana, Mexico. Included were alignments on both sides of the border between the United States and Mexico. Both publicly built and privately built options were studied. A minute treaty, executed by the State Departments of both countries, authorized the work. Two primary alignments in the United States and three primary alignments in Mexico CCCSD I Comprehensive Wastewater Master Plan were combined into 10 binational alignments. Conceptual facility design and costs for the alignments that required transfer of 500,000 acre -feet annually, pumping lifts of 3,000 feet, and demineralization were included in the study. A Binational Technical Committee oversaw the work. The committee was chaired by the U.S. and Mexico sections of the International Boundary and Water Commission. The other members included the California Department of Water Resources, San Diego County Water Authority, Mexican Federal Water Commission, State of Baja Water Commission, and City of Tijuana municipal utility. Richard A. Reynolds Desalination Facility Expansion, San Diego, CA I Principal -in- Charge 12013 Responsible for overall management and design of the Phase 2 expansion to the Richard A. Reynolds Desalination Facility. The project included CEQA /NEPA documentation and permitting the increase of brine discharge into the tidally influenced zone of the Sweetwater River, which ultimately flows into the San Diego Bay. APPENDIX I MANAGEMENT TEAM RESUMES 1 15 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ Indd \Resumes1- ManagementTeam.indd W '4 . . • Community Ou Sara Katz has developed a recognized specialty in creating communication programs for public agencies through the United States and in Australia and Iraq. Her experience has included public outreach and communications programs for major public works projects and controversial public policy issues. For 30 years she has worked in the unique environment of public works, representing over $1513 in capital improvement program investments. Currently, she is providing strategic and technical communication services to the San Francisco Public Utilities Commission, supporting the Water System Improvement Program and Sewer System Improvement Program, along with several other water /wastewater initiatives throughout California. RELEVANT PROJECT EXPERIENCE Mi Infrastructure Investment Education Program, SFPUC, CA I Strategic Counsel 12014 Sara developed an education program informing ratepayers about investing in infrastructure and rate increase requirements. Her strategic counsel supported a comprehensive strategic communications and education program, which included presentations and message trainings, internal briefings, and management and stakeholder interviews. The first rate increase became effective July 2014. Reference: Maureen Barry, Communications Director,415- 554 -3297 mbarry @sfwater.org Sewer System Improvement Program, SFPUC, CA I Strategic Counsel I In Progress Sara provides strategic counsel for the Southeast Area Treatment Plant Biosolids Digester Facilities project. Her responsibilities include overseeing collateral and strategic documents creation, and community outreach planning. She coordinates with the Southeast Area Working Group; a public forum to discuss projects in the Southeast area. Reference: Maureen Barry, Communications Director,415- 554 -3297 mbarry @sfwater.org TZ MEETING YOUR REQUIREMENTS • 30 years of experience. • Office in San Francisco. • Skilled in public outreach and community involvement programs for major public works projects and controversial public policy issues. • More than $15B in capital improvement investments for public works programs. Pure Water, City of San Diego, CA I Executive Management Team I In Progress Sara participates on the City of San Diego's Pure Water executive management team. The Pure Water public education and outreach program, developed by Katz Er Associates, informs communities about local water resources and the science of water purification technology. She works with the Pure Water Working Group, supporting strategic oversight. Reference: Mr. J. Brent Eidson, External Affairs Deputy Director, 858 - 654 -4173 beidson @sandiego.gov APPENDIX I COMMUNITY OUTREACH STRATEGIST RESUMES 1 16 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes2- Community0utreach.indd CCCSD I Comprehensive Wastewater Master Plan Sara Katz I COMMUNITY OUTREACH STRATEGIST "Katz & Associates has 29 years of experience specializing in communicating water issues for governmental agencies. This experience includes strategy development, messaging, public outreach and communications, and issue facilitation for projects integrating emerging technologies and practices." Fresno Water Infrastructure Improvement Program, CA Strategic Counsel I In Progress Has developed a strategic communication and construction relations plan, and assisted with project branding, message development, and development of informational materials associated with this complex, long -term infrastructure improvement program valued at $1.213. Her involvement has included CEQA review for a new 80 MGD water treatment facility. Emergency Storage Project, San Diego County Water Authority, CA Senior Strategist 12011 As senior strategist for nearly 20 years, Sara led the San Diego County Water Authority through their first community based decision modeling effort plan for a $113+ storage program. She actively participated in every phase of the communications program, which was instrumental in the overall success of this significant capital improvements program. Southern Nevada Water Authority Capital Improvements Program, NV I Senior Strategist 12014 Sara was the senior strategist for Southern Nevada Water Authority's Capital Improvements Program community engagement process. She lead the region -wide effort to raise awareness about investing in water, wastewater, and storm water infrastructure and gain support for the 20 year CIP. Sewer System Improvement Upgrade and Expansion, City of San Diego, CA I Project Manager 1 2003 For 15 years, Sara managed on -site community relations specialists and off -site strategic program counsel supporting the City of San Diego Sewer System Upgrade and Expansion Program. She managed stakeholder challenges, which included rate issues, facilities siting, environmental compliance, risk communications training, and other public outreach activities. Experience 30 years Office Location San Francisco, CA Education Bachelor of Science, Economics, Political Science Minor, San Diego State University, 1981 Professional Affiliations WateReuse Association Water Environment Federation American Water Works Association Association of California Water Agencies International Association for Public Participation ................................................ ............................... : "Since K &A came on board, we have seen new standards of excellence set forth in our agency's communication, brand strategy, messaging, and outreach work... Your team is truly unique, versatile, and wise." — Maureen Barry, Water System Improvement Program Communications Director, San Francisco Public Utilities Commission : ............................................... ............................... 17 1 APPENDIX I COMMUNITY OUTREACH STRATEGIST RESUMES V: \Client80 \CCCSD \Qual \CompW WMasterPlan\ indd\ Resumes2- Community0utreach.indd Jamel Demir, P.E. Jamel, a senior vice president with Carollo, is involved in some of the largest and most comprehensive wastewater planning and design projects in the Western United States and Northern California. His planning and design management experience has included all elements of process treatment elements including preliminary, primary, secondary, and tertiary treatment; solids handling; and effluent disposal. Jamel has led more than 20 wastewater facility planning projects for plants ranging from 0.2 to 350 mgd. His experience includes more than $9 billion in master planned facilities and $1 billion in constructed facilities in the last 20 years. Jamel's vast experience gained on previous projects will establish an internal QA/ QC program specifically tailored to the project. RELEVANT PROJECT EXPERIENCE Sunnyvale Water Pollution Control Plant, City of Sunnyvale, CA Project Manager 12015 The project includes developing a 20 -year, $1 B million master plan, which required an early spin -out of the $100 million headworks and primary clarifier design project. The design effort has proceeded in parallel with the master planning to fast -track implementation of this project. Key elements of the master plan included identification of a secondary treatment expansion process, detailed site layout considerations and preparation of a capital improvement program. A Technical Review group was convened to provide input into the selection of the secondary treatment process. The master plan, which recommends a split -flow treatment approach to accommodate regulatory uncertainties, was completed in 2015. San Jose /Santa Clara Water Pollution Control Plant Master Plan, City of San Jose, CA Project Manager 12013 The project required the planning of more than $2 billion of facilities for liquids and solids treatment over a 30 -year master planning for a 167 -mgd, average dry- weather flow advanced wastewater treatment plant. Carollo evaluated existing treatment plant performance, historical and projected population, and historical and projected recycled water use. Evaluations included analysis of peak flow management scenarios, replacement of the existing headworks facilities, repair and rehabilitation of both primary and secondary clarifiers and analysis of long -term filtration and disinfection alternatives. Biosolids alternatives included repair and rehabilitation evaluations for the thickening and digestion facilities and planning for a new mechanical dewatering Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 40 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • Industry- recognized expert in performing QA /QC evaluations of wastewater collection system and treatment plant master plans. • Unmatched experience in coordinating teams and performing QA /QC strategic milestone checks throughout the master planning process. facility. Also evaluated historical and projected population growth, and determined expected population trends for the master plan horizon. A "Visioning Team" provided global perspectives and lessons learned from similar agencies worldwide, enhancing the formulation of the City's sustainability strategy. PAR 1085 South Secondary Treatment Improvements, Metro Wastewater Reclamation District, Denver, CO I Principal -in- Charge 2015 This $321 million project will provide an additional 100 mgd of secondary capacity. Includes preliminary and final design of a new secondary treatment complex, including primary effluent pump station, aeration basins, centrate re- aeration basins, blower building, mixed liquor return, and RAS /WAS pump stations and associated utility galleries. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 1 18 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Jamel Demir, P.E. I QUALITY ASSURANCE /QUALITY CONTROL WASTEWATER TREATMENT LEAD Experience: 40 Office Location: Walnut Creek, CA Education: MS Environmental Engineering, University of Cincinnati, Ohio, 1975 BS Civil Engineering, University of Cincinnati, Ohio, 1973 Registration: Civil Engineer: CA Affiliations: Water Environment Federation California Water Environment Association California Association of Sanitation Agencies Pleasant Grove Wastewater Treatment Plant, City of Roseville, CA I Principal -in- Charge 12011 This $90 million project includes facilities planning, NPDES permitting, preliminary design and final design. Processes include a wet -pit influent pump station with mechanical bar screens and aerated grit basins, oxidation ditches, secondary clarifiers, upflow continuous backwash filters, chlorine contact basins, centrifuges for sludge dewatering, and 180 -acre foot effluent storage for wet weather flows. The project involved an extensive evaluation of disinfection alternatives which resulted in the design of the contact basin and hypochlorite fuel system with future provision for conversion to UV. The project also optimized process, control, and communications system designs to allow for "unattended operation" of the new plant in the evenings and on weekends. "My entire career has been involved with the planning, design, and construction for large, complex wastewater treatment facilities, so 1 have an understanding of the importance of paying attention to the details from the start of the project. Quality starts with developing a comprehensive scope of services, which establishes an approach to delivering a project, which exceeds our clients' expectations." Rock Creek Advanced Wastewater Treatment Facility Plan, Clean Water Services, Hillsboro, OR Project Manager 12008 The primary objective of this facility planning effort is to provide a flexible, dynamic planning tool that clearly identifies triggers for implementing improvements under varying flow, load, and regulatory scenarios. The project includes a three - phase, workshop -based approach that was developed to streamline the decision - making process and maximize the use of Clean Water Services time. An electronic "trigger plot" spreadsheet program was provided to allow staff the ability to adjust projects based on predetermined trigger targets. PAR 942 North Secondary Treatment Improvements, Metro Wastewater Reclamation District, Denver, CO I Principal -in- Charge 2008 This work, which will increase the North plant capacity to 106 mgd, involved modifications to the main influent channel to the plant while maintaining plant operations. Secondary improvements included modification to the aeration basin layout, secondary clarifiers, baffle walls, mixed liquor pumping, and centrate treatment to meet more stringent effluent nitrate and ammonia requirements while providing increased secondary treatment capacity. The project also included modifications and additions to the electrical, instrumentation and control systems to support the upgrades and modifications to the facility. Willow Lake Facilities Plan, City of Salem, OR I Project Manager 2007 The Facilities Plan identified $350 million of treatment and wet weather improvements through 2015. Recommended projects included high rate treatment to treat wet weather peaks and miscellaneous plant upgrades including the addition of a new headworks, three trickling filter towers, four clarifiers, solids dewatering and miscellaneous electrical /instrumentation system upgrades. Primary emphasis in the facilities plan studies were given to the alternatives for wet weather treatment (i.e., treating upstream versus conveyance to the plant), which included two separate pilot plant efforts. 19 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd 10. QA/QC Lead — Collection S Rich specializes in projects related to buried infrastructure systems He currently serves as the Conveyance Infrastructure Technol- ogy Practice Director for CH2M HILL and leading the technology practice area including wastewater collection, water distribution, design, tunnels, condition assessment, and infrastructure reha- bilitation. His project experience includes infrastructure master planning and modeling for both water and wastewater systems, CMOM related projects, wet weather projects, asset management, maintenance management plans, and condition assessments. Rich is a principal author on multiple relevant topics such as the Water Environment Federation's research project entitled, Guide to Man- aging Peak Wet Weather Flows in Municipal Wastewater Collection and Treatment Systems. RELEVANT PROJECT EXPERIENCE Multiple Projects Related to Wastewater Infrastructure, Johnson County Wastewater, KS Project Manager 12011 Managed multiple projects such as a comprehensive sewer improvement plan for the Leawood Sanitary Sewer basin; Collection system analysis, design and implementation for the service area tributary to the Nelson WWTP Complex; Pilot private infiltration and inflow design at Nelson WWTP; and overall collection system model development. Overflow Control Program, Kansas, MO I Senior Technical Consultant I 2011 - Ongoing Provide technical assistance for the $2.4 billion, 25 -year Overflow Control Program including developing flow analysis and condition assessment protocols and support for the program's 10- year private 1/1 reduction program. Conducted analysis of alternatives to evaluate cost and effectiveness of implementing the 1/1 program. Crystal Springs Pipeline No. 2, San Francisco Public Utilities Commission, San Francisco, CA Lead Corrosion Engineer 12010 Provided project review services during external assessment of 16 miles of 60- inch - diameter steel pipeline. Analyzed field data and prepared evaluation summary report for the 3 mile- section of 54 -inch riveted wrought iron pipeline along El Camino Real. Studies included soil resistivity, pipe -to -soil potential, and radiography. Downtown Project Area 3 Waste- water Master Plan, Rochester, MN Project Manager 12011 Determined adequacy of collection and trunk sewer system and identified and evaluated alternatives to meet capacity needs. The project included installation of flow monitors and analysis; review of condition assessment data including CCTV and manhole inspection data; and development and calibration of an InfoWorks® hydraulic model. H2MHIL.L MEETING YOUR REQUIREMENTS • 42 years of experience. • Comprehensive condition assessments and strategies for MPs. • Asset inventories. • Condition ratings. • Recommends repair and replacement projects. • CMMS expertise. Indian Creek and Cedar Creek Rehabilitation, Master Plan, Olathe, KS I Project Manager 12012 The purpose for the Indian Creek and Cedar Creek basin rehabilitation master plans is to develop a systematic plan to find and abate Inflow and Infiltration (Ifrl). The Indian Creek sewer basin located east of 1 -35 in Olathe is near its ultimate development capacity. The Indian Creek sewer system includes over 160 miles of sewer with over 4,000 manholes and nearly 14,700 service connections. Sewers in this basin range in age from new to 50 years. Pipe materials include VCP, Truss, concrete and PVC, while manhole materials include brick and concrete. Rehabilitation and Asset Management, Omaha, NE I Senior Technical Consultant I Ongoing Led a team to provide consulting services relative to the evaluation of rehabilitation technologies for the Long Term Control Program. Reviewed existing tools and APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 120 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Rick Nelson, P.E. I QA /QC LEAD COLLECTION SYSTEM Experience: 42 Office Location: Kansas City, KS Education: MS Environmental Engineering, Illinois Institute of Technology, 1979 BS Biology, Bradley University, 1973 Registrations: Professional Engineer: KS, M0, TX, IA, WI, WA processes for handling manhole and sewer pipe condition assessment data and development of process guidelines for future handling, GIS integration, scoring and risk evaluation. Wastewater System Master Plan, Marshalltown, IA I Senior Technical Consultant 12010 Reviewed flow analysis. The project intent was to assess the capacity of the sanitary sewer system and identify the potential for 1/1 removal from the collection system. The system is comprised of approximately 760,000 linear feet of pipe, seven (7) pump stations, and 1 treatment facility, the Water Pollution Control Plant. Middle Blue River Neighborhood Rehabilitation, Kansas City, MO Senior Technical Consultant Currently Under Construction Provided technical consultation for the for the delivery of the Middle Blue River Neighborhood Rehabilitation project, which is part of Kansas City, Missouri's $2.4 billion, 25 -year Overflow Control Program. The project area includes about 6,800 acres with approximately 814,000 feet of separate and combined sewer. There are 32 diversion structures and 15 receiving water outfalls. The purpose of the rehabilitation project is to reduce the incidence of sewer backups, improve system structural integrity, and coordinate the work with green infrastructure projects being development in selected parts of the basin. The work included conducting inspection and condition assessment of the public sewer system, including considerations for building service lateral repair from the main sewer to the property line or right -of -way. The condition assessment included a risk based prioritization of rehabilitation to maximize the benefit of a defined budget for the improvements. Tomahawk WWTP Service Area Prioritized Improvements and WWTP Expansion Coordination, Johnson County Wastewater, KS Project Manager /Senior Technical Consultant 1 2014 The project included development of a watershed model in Infoworks calibrated using 29 flow meters and area rain gauges. The project included development of future flows considering growth and 1/1 reduction in both the private sector and public sectors of the system. The Tomahawk WWTP service area includes both the Lower Indian Creek Main #1 (ICM1) watershed and the Tomahawk Creek Main #1 (THM1) watershed. ICM1 consists of 10,106 acres, 1,309,010 feet of sanitary sewer pipe, and 6,114 manholes, including the area tributary to the Dyke's Branch Pump Station. THM1 consists of 13,685 acres, 1,537,795 feet of sanitary sewer pipe, and 7,935 manholes. Nelson WWTP Complex Sanitary Sewer Service Area, EPA 308(a) Response Document I Project Manager /Senior Technical Consultant 12014 JCW responded to that request by submitting a response to Environmental Protection Agency (EPA) Region VII in January 2009 (2009 Response). There were certain critical uncertainties and recommended next steps identified in that submittal. This purpose of this project was to provide additional information addressing these uncertainties and to provide updated information developed since the 2009 Response relative to the 308(a) request. The sewersheds tributary to the Nelson WWTP Complex include a total of approximately 2,576,000 linear feet of sanitary sewer pipe (excluding private service lines) ranging from 8 to 48 inches in diameter and serves about 150,000 people. The service area also includes 4, in system, Peak Excess Flow Treatment Facilities (PEFTFs) which were a major focus of the EPA response. System Capacity Evaluation, Sanitation Districts of Los Angeles County, Los Angeles, CA Technical Advisor 12008 Provided consultation for wet weather flow analysis and system modeling for a system serving 800 square miles and 78 cities with 1,400 miles of trunk sewer network. Trinity River Authority of Texas, Preliminary Design Report and Condition Assessment for the Elm Fork Interceptor I Senior Technical Consultant 12010 The Elm Fork interceptor system is one of five major subsystems conveying wastewater to the Trinity River Authority Central Regional Wastewater System plant in Grand Prairie, Texas. 21 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Resiliency Adaptation Lead Glen is an expert in wastewater treatment technologies and provides guidance and leadership in this area throughout CH2M HILL and the engineering profession. His areas of expertise include biological wastewater treatment and treatment process design, in particular biological nutrient removal (both nitrogen and phosphorus), combined trickling filter and activated sludge systems, the use of biological selectors to control activated sludge bulking, and oxygen transfer. Dr. Daigger has served as a process engineer, project engineer, and project consultant on a variety of municipal wastewater treatment projects. He has contributed to all phases of facility development, from pilot studies to startup and troubleshooting. RELEVANT PROJECT EXPERIENCE Evaluation of Options for More Sustainable Wastewater Treatment, Denmark I Senior Consultant I Ongoing This project is for a leading water utility in Denmark who are looking to consolidate a number of small wastewater Treatment plants into a new regional facility and wish to it to be a world - leading, sustainable facility. Numerous options were evaluated, with the goals to be energy positive while meeting stringent European Union nutrient limitations and also recovering phosphorus. Identified options met these goals and are affordable compared to conventional technology. Peer Review of the Water Pollution Control Plant (WPCP) Strategic Infrastructure Plan, City of Sunnyvale, CA I Senior Reviewer 2009 Reviewed the planning document that identified upgrades or replacement of aging infrastructure. Reviewed treatment process alternatives and to identified additional alternatives to accomplish objectives for energy recovery and community values, such as utilizing chemically enhanced primary treatment in combination with a high rate activated sludge process and, retention of existing fixed growth reactors with conversion of the existing pond treatment units to polishing treatment wetlands. Gippsland Water Factory, Taralagon, Victoria, Australia Senior Consultant 12012 $3001M water reclamation facility which reclaims domestic wastewater to near potable standards using membrane bioreactor (MBR) and reverse osmosis (RO) technology and further treats industrial (pulp and paper) wastewater using anaerobic pre- treatment and MBR. This sustainable facility eliminates environmental discharges in a highly resource - efficient fashion while providing a needed water supply supporting the continued economic development of the Gippsland region. ICH2MHIL L MEETING YOUR REQUIREMENTS • 36 years of experience. • Internationally recognized expert in wastewater treatment process design and evaluation and in water management. • Identifies and analyzing vulnerabilities at wastewater treatment facilities. • Addresses climate change impacts, and develops adaptation strategies to address overall facility resiliency. Changi Water Reclamation Plant, PUB, Republic of Singapore Process Lead 12009 Project involved a very large grassroots biosolids and wastewater treatment facility — the largest under construction during this period. Led the evaluation and selection of innovative step feed biological nitrogen removal technology, extensive odor control technology using biological scrubbers, anaerobic digestion using novel cylinder- shaped digesters, and implementation of the world's largest biosolids thermal drying system. Facility is compact and constructed largely underground. Provided process support during initial commissioning and optimization. Subsequently evaluated constructed plant to identify constraining factors and areas for improvement. This evaluation provided key inputs for feasibility study of the next phase of expansion of the Changi WRP, where Dr. Daigger served as senior consultant. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 122 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Glen Daiggar, Ph.D., P.E. I RESILIENCY ADAPTATION LEAD Experience: 36 Office Location: Denver, CO Education: PhD, Environmental Engineering, Purdue University, 1979 MS, Civil Engineering, Purdue University, 1975 BS, Civil Engineering, Purdue University, 1973 Registration: Professional Engineer: IN, AZ Alexandria Advanced BNR Wastewater Treatment Upgrade, Alexandria, VA I Senior Process Consultant I Ongoing Senior process consultant for multiple projects and plant upgrades, including a sustainability master plan. The initial project involved rehabilitation and upgrade of liquid and solids process trains at this 90- mgd advanced wastewater treatment facility. A new $400 million facility included a solids processing facility equipped with centrifuge thickening and dewatering, lime stabilization, and centralized odor control. The new suspended growth biological nutrient removal system incorporates anoxic step -feed features to meet year - round discharge limits of 8 -mg /L total nitrogen. Subsequently developed plan for further upgrade in treatment to meet 3 mg -N /L discharge limit, which is currently being implemented. This plan incorporated the innovative DEMON biological nitrogen removal process using Anaerobic Ammonium oxidation. ( Anammox) technology to treat solids handling process recycle streams. Currently involved in planning and design to extend Anammox treatment to the plant mainstream. Rock Creek Advanced Wastewater Treatment Facility, Hillsboro, OR Senior Consultant 12008 Developed master plan that led to construction of the initial "East Side° facilities and represents, in concept, the master plan for expansion and up -grade of the facility from its original 15- mgd capacity to an ultimate capacity goal of 100 mgd. Notable technology upgrades include: (1) conversion from high purity oxygen- activated sludge (the original treatment process at Rock Creek) to the anoxic selector diffused air process with nitrification that is currently used, and (2) development of the tertiary treatment system that has demonstrated the capability to routinely produce an effluent with a test pit concentration less than 0.05 milligram per liter. Over the years a flexible plan to allow the facility to respond to a variety of challenges (such as increased population, increasing wet weather flows, new regulatory requirements) was successfully implemented. Norman Cole, Jr. Pollution Control Plant, Wastewater Master Plan, Fairfax, VA I Senior Consultant 2013 Building on extensive knowledge of the facility and the utility facilitated by leadership of major upgrade of the facility, played a major role in development of a subsequent master plan for the facility. Assisted in preparation of a 20 year comprehensive master plan and a formal annual business process for identifying, evaluating, prioritizing, justifying, funding, scheduling, and approving capital projects taking into consideration the Asset Management Program. Utilized a scenario planning process which identified and responded to a wide range of risks and opportunities. Reclamation Facilities and Pure Oxygen Plant Capacity Evaluation, Orange County Sanitation District Senior Consultant 12006 Directly involved in technical review and meetings with OCSD staff on this capacity evaluation effort. The system capacity was established under different operational conditions and mixed liquor characteristics by combining field test results with computer modeling, allowing OCSD to proceed with a robust and optimized facility expansion design. 23 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Thomas R. Grovhoug Thomas is the President of LWA and actively leads work for numerous clients in the wastewater and water quality regulatory assistance area. He has extensive experience with regulatory policy development in California, including water quality objectives, TMDLs, Basin Planning, and NPDES permits. Thomas has extensive historical and ongoing experience with San Francisco Bay and Sacramento -San Joaquin Delta nutrient management strategies. He also has expertise in the development of water quality monitoring programs, watershed management plans, and water quality policy initiatives in collaborative, stakeholder- driven environments. Thomas has assisted numerous clients in wastewater master planning and CEQA activities and in the development and implementation of technical studies to assess the benefits of source management in ambient waters. RELEVANT PROJECT EXPERIENCE NPDES Permit Assistance, Central Contra Costa Sanitary District, Martinez, CA I Project Manager 2014 Managed LWA team in providing assistance to the District in the last three NPDES permits issued to the District by the San Francisco Bay Regional Water Board. For the 2012 NPDES permit, prepared technical information and draft comments for use by the District in its submittal of comments on its Tentative Order to the San Francisco Bay Regional Water Duality Control Board (Regional Water Board). Provided advice to District in its response to technical information produced by State and Federal Water Contractors regarding the District's impacts to beneficial uses of Suisun Bay related to the District's ammonia and nutrient discharges. Also, provided technical and strategic assistance to District staff in its evaluation of water quality modeling results and ambient monitoring needs to address a 2012 permit requirement. San Francisco Bay Nutrient Regulatory Strategy, Bay Area Clean Water Agencies (BACWA), Oakland, CA I Project Advisor 2013 Identified and assessed options for regulating nutrients in municipal wastewater effluent discharged to the San Francisco Bay. Participated in meetings with BACWA Executive Board and Regional Water Board staff to discuss regulatory options. Developed nutrient management policy and framework in support of a Nutrient Watershed Permit for San Francisco Bay. L A d R r Ye h. L% E'31 IAI g L S'..,. 1. - Fr MEETING YOUR REQUIREMENTS • 39 years of experience. • Experience in wastewater master planning and CEQA efforts. • Experienced with ongoing BACWA efforts for nutrient removal regulations. • Knowledge of water quality laws, regulations and policies under the Clean Water Act and California Water Code. • Expertise in NPDES permitting and regulatory policy processes. Statewide Nutrient Policy Assistance, California Association of Sanitation Agencies, Sacramento, CA I Project Manager Ongoing Provided technical and strategic assistance to CASA in support of its development of an alternative nutrient policy alternative. Attended meetings with CASA and State Water Board staff to advocate CASA's alternative approach to nutrient management and regulation. Convened workshop of POTWs from around the State to refine the proposed CASA policy alternative. Participate as CASA representative on the Statewide Nutrient Policy stakeholder advisory group. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 124 V: \Client80 \CCCSD \Qual \CompW W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Thomas R. Grovhoug I WASTEWATER REGULATORY LEAD Experience: 39 Office Location: Davis, CA Education: MS, Civil and Environmental Engineering, University of California, Davis, 1975 BS, Civil Engineering, University of California, Davis, 1973 Affiliations: California Association of Sanitation Agencies California Water Environment Association National Association of Clean Water Agencies Water Environment Federation Water Environment Research Foundation Central Valley Clean Water Association NPDES Permit and Regulatory Assistance, Central Valley Clean Water Association, Grass Valley, CA I Project Advisor I Ongoing Since 2004, have provided NPDES permit and regulatory policy advice to the CVCWA Permit and Regulatory Advocacy Special Project steering committee. Assistance has included extensive participation in statewide and Delta nutrient policy development efforts on behalf of CVCWA. Assistance has also included a broad range of regulatory policy assistance, including leading the technical and Basin Planning work to support a variance policy and streamlined salinity variance approach in the Central Valley, collaboration with Central Valley Regional Water Board staff on various policy initiatives, including mixing zones, toxicity triggers and implementation of the 2013 USEPA ammonia criteria. NPDES, Regulatory, Technical and CEQA Assistance, Regional San, Sacramento, CA I Project Manager Ongoing Since 1990, have provided NPDES permit and regulatory assistance to Regional San (Sacramento Regional County Sanitation District) and on wide variety of topics. Work has included support for the Delta Nutrient Policy and Science Planning effort, development of a Central Valley Drinking Water Policy and Basin Plan amendment in collaboration with drinking water, agricultural, and Central Valley Regional Water Board stakeholders, technical and policy support to Regional San on three NPDES permit renewals, support to Regional San on it wastewater master plan and associated CEQA documentation. CV -SALTS Technical Assistance, San Joaquin Valley Drainage District, Los Banos CA I Project Advisor I Ongoing Since 2010, has helped lead a project team in the performance of a variety of technical services to support development of a long term salinity and nitrate management plan for the Central Valley of California. Projects have included development of an Initial Conceptual Model of the Central Valley documenting flow, salt and nitrate balances in 22 subareas of the Central Valley floor using integrated groundwater and surface water modeling tools, development of a preliminary salt and nitrate management plan report, development of a groundwater management zone archetype in Kings County and development of proposed salinity objectives in the Lower San Joaquin River. All of the work has been performed in a stakeholder committee structure and has included extensive stakeholder communication and collaboration. 25 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd L Robb Financial Analysis Lead Robb is a national expert specializing in financial and economic analyses for wastewater, water, storm water, and solid waste utili- ties. His areas of expertise include financial planning and analysis, economic /feasibility analysis, utility formations and valuations, cost -of- service utility rate studies, capital facilities charges, asset management and bond financial advisory, and litigation /expert wit- ness. Robb has assisted with water and wastewater agencies in issu- ing nearly $2.5 billion in new debt. Robb is an active member of the AWWA Rates and Charges Com- mittee and a contributing author to the M1 Rates Manual. He has also published in the Underground Infrastructure Management magazine on recycled water rates and cost of service allocations and in the WEF Journal. Robert is an expert in Proposition 218 and 26 compliance and applicable case law. RELEVANT PROJECT EXPERIENCE Rate and Connection Fee Study, San Francisco Public Utilities Commission, CA I Project Principal/ Project Manager 12014 Developed detailed cost of service analysis that evaluated expenses, including operations and maintenance, administration costs, as well as existing and future debt service related to construction of facilities. After determining the annual revenue requirement, the project team developed and evaluated multiple rate recovery alternatives along with acceptable levels of revenue increase, that were discussed at length with the SFPUC and the Rate Fairness Board, before ultimately delivering recommendations. Throughout the rate setting process, it was important that members involved in public outreach were actively engaged. Wastewater Rate Study, Orange County Sanitation District, CA � Project Principal /Project Manager 2013 Developed current cost allocations that assign operation and maintenance (O&M) and capital costs to flow, biochemical oxygen demand (BOD), and total suspended solids (TSS). This process included a rate advisory committee made up of citizens and businesses to help gain customer support for the new system. In order to help OCSD be business friendly, we developed the current supplemental capital facilities capacity charge that enables large industrial users to pay their capacity charges on a "pay -as- you -go" basis. Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 17 years of experience. • Office in Walnut Creek. • Developed financial plans and cash -flow models that identifies the annual revenue requirements and rates and fees analysis. • Experienced in financial analysis that consider the debt - structure funding strategies. • Extensive experience developing joint powers authorities, developing reorganization programs for regional water and wastewater agencies. Rate and Connection Fees Study, Sacramento Regional County Sanitation District, CA I Project Manager 12013 Changes to the treatment process required the District to completely restructure its rates and connection fees in order to equitably and proportionally recover upgrade costs from ratepayers. A public outreach and communication process was developed, including working with the Board Finance Committee to develop and test feasible alternatives and build support from the District Board. The team developed a financial model designed to be a central planning tool for the District's capital planning and financial leaders. The model was featured by the Water Environment Federation as a cutting -edge planning tool. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 126 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Robb Grantham I FINANCIAL ANALYSIS LEAD Experience: 17 Office Location: Walnut Creek, CA Education: BA Government and History, Hackman Scholarship, Franklin and Marshall College, 1998 Post Baccalaureate, Engineering Science, Rutgers University College of Engineering Affiliations: American Water Works Association California Society of Municipal Finance Officers Water Environment Federation Comprehensive Cost of Services Study and Rate Work, City of Riverside, CA I Project Principal/ Project Manager 12008 This comprehensive cost of service study primarily focuses on developing equitable and defensible rates and charges for system users and wholesale customers. The study is also evaluating capital funding alternatives, working with the City's bond underwriter for a new money issuance to fund master plan projects. In 2008, Carollo completed an Integrated Master Plan for the City that evaluated and recommended collection system and treatment plant improvements and culminated in revised user rate and connection fees for the City. Asset and Capacity Management Program and Integrated Master Plan, City of Scottsdale, AZ Project Manager 12009 Developed an Asset Management Program for the City of Scottsdale to provide a road map for the maintenance and replacement of system assets, while balancing level of service objectives with ..................... ............................... : "The quality of the Wastewater Financial Plan and Cost of Service Rate Study has been excellent, due largely to Robb's expertise in many facets of rate establishment, policy, and business practices. His expertise is coupled with an attention to detail. He was responsive and thorough in ; all communications ... providing us the reassurance of a trusted advisor." ; — Roberto Yano, City of Chula Vista ..................... ............................... financial optimization and risk management. The program was designed to manage the City's water and wastewater treatment facilities, water distribution, sewer collection, and recycled water systems. The project resulted in a five -year and twenty -year CIPs for the City's entire water, wastewater, and reclaimed water systems. The project featured engagement from various levels of the organization, from operations to finance. Cost of Service Rate Study, San Diego County Water Authority, CA I Project Principal /Project Manager 12013 Project involved developing an independent rate model and reviewing the Water Authority's existing cost of service methodology to confirm the appropriateness of the existing structure and for compliance with American Water Works Association cost -of- service standards and industry best practice In addition, the Water Authority requested a comparison of the rates and charges with Board policies and California legal requirements. Financial Master Plan, City of Oceanside, CA I Project Principal/ Project Manager 12007 Project developed near- and long- term financial forecasts, updated the capital facilities charges, and analyzed the retail and wholesale rate structures for water, wastewater, and recycled water for the City of Oceanside. The rate structures were developed in compliance with Proposition 218 and wholesale contract requirements. Riverside Rate Work, City of Riverside, CA I Project Principal/ Project Manager 12010 Completed a comprehensive cost of service study that primarily focuses on developing equitable and defensible rates and charges for system users and wholesale customers. The study is also evaluating capital funding alternatives, working with the City's bond underwriter for a new money issuance to fund master plan projects. In 2008, Carollo completed an Integrated Master Plan for the City of Riverside (City) that evaluated and recommended collection system and treatment plant improvements and culminated in revised user rate and connection fees for the City. 27 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd f Condition Assessm Jeff is skilled in various treatment plant, land application, and fleet maintenance processes and experience in distribution and collec- tion systems and pump and lift station O &M. He has demonstrated skills in asset management, reliability centered maintenance, con- dition assessments, team building, planning and coordinating be- tween various departments, and employee transition and orienta- tion. Jeff leads all efforts associated with reliability centered main- tenance and condition assessments for CH2M HILL. He prepares CH2M HILL's proprietary Asset Condition Evaluation System Sequel server databases for condition assessment work. This includes up- loading assets, questions, and responses. He manages field condi- tion assessment teams and coordinates team logistics and staffing. He has also been instrumental in project startups. RELEVANT PROJECT EXPERIENCE Condition Assessment, Cape Fear Public Utility Authority, Wilmington, NC I Subject matter expert and Task Lead 12011 Led risk assessment, condition assessment, and reliability centered maintenance program. He was part of a team that conducted a risk assessment and based on the results, performed a condition assessment on high risk processes. He also performed a maintenance task analysis. Condition Assessment, Eastern Municipal Water District, Hemet, CA I Project Lead 12012 Served as project lead for condition assessment of 77 water pump stations and 18 wells that supply drinking water to more than 600,000 customers. Made recommendations on which of these assets were in need of immediate attention to ensure a continued uninterrupted water supply throughout EMWD's 555 square mile service area. Regional Water Facilities Master Plan, San Diego County, CA Project Manager I Ongoing Directed preparation of a 30- year facility master plan that encompassed a region -wide planning effort, incorporating three interrelated components: water demands, water supplies, and facilities. Facility planning encompassed estimating future water demands, identifying water supplies and reliability, and defining facilities needed to treat and transport the supplies to the points of demand. Asset Management Program, Greater New Haven Water Pollution Control Authority and City of Norwalk, CT I Task Lead 1 2014 Mr. Sanford created and implemented the plant asset management program for the 40 -mgd wastewater treatment plant in New Haven and an 18 -mgd wastewater treatment plant in Norwalk where CH21M HILL performs long -term O&M services. CH2MHILL MEETING YOUR REQUIREMENTS • 22 years of experience. • Expertise in maintenance management systems and development. • Performs comprehensive condition assessment evaluations using visual inspections, performance testing, predictive tools and testing, and develops asset inventories. Condition Assessments and Risk Evaluations, Upper Occoquan Sewage Authority (UOSA), Manassas, VA I Task Lead 12012 Project lead for condition assessment of 1,912 assets covering the nine categories were evaluated by CH21M HILL's condition assessments teams using the team members' extensive experience and expertise, aided by CH2M HILL's Asset Condition Evaluation System (ACES) software for managing the collected data. The results of the condition assessments were incorporated into a broader risk evaluation of the facility assets to provide UOSA a more thorough array of information for making sound investment decisions for infrastructure renewal. Risk of asset failure takes into consideration not only the likelihood of an asset's failure, but also the consequences that may result from the asset's failure. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 128 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Jeff Sanford I CONDITION ASSESSMENT LEAD WWTP Experience: 22 Office Location: Spartanburg, SC Education: BS, Electrical Engineering, Clemson University, 1989 Certifications: Reliability - Centered Maintenance Practitioner Maintenance Reliability Professional Level 1 Thermography Affiliations: Society for Maintenance Reliability Professionals advising the Ministry of the Environment on reform of air, water, and waste management regulations Condition Assessments and Risk Evaluations, Central Arizona Project, Phoenix, AZ I Task Lead 2006 Project task lead for a maintenance gap assessment at Central Arizona Project that supplies 80 percent of Arizona's drinking water. Condition Assessments and Risk Evaluations, Greater Vancouver Regional District, Vancouver, British Columbia I Task Lead 12010 Represented the San Diego County Water Authority in the preparation of a Riverside County /San Diego County long -range facility plan for regional facilities. The study included review of local water development, conveyance facilities, water storage, and treatment facilities. Condition Assessments and Risk Evaluations, Las Vegas Valley Water District, Las Vegas, NV Task Lead 1 2008 Supported major equipment assessment efforts for the Las Vegas Valley Water District, assessing more than 800 pieces of equipment. Condition Assessments and Risk Evaluations, City of Albany, GA Task Lead 1 2007 Performed equipment and risk assessment for the City of Albany's water and wastewater system. Condition Assessments and Risk Evaluations, Kennecott Utah Copper Corporation (KUCC), Bingham Canyon, UT I Task Lead 12012 Assisted with developing a root cause failure analysis consistent with current KUCC maintenance practices. Condition Assessments and Risk Evaluations, Quantico Marine Corp Base, Quantico, VA I Task Lead 2009 Supported a wastewater facility equipment assessment and recommended upgrades. Maintenance Management and Capital Improvement Planning, East Shore Water Pollution Abatement Plant, New Haven, CT I Area Maintenance Manager 2013 Provided technical maintenance support for 14 projects in the Northeast region, including the 40- million gallons per day (mgd) East Shore Water Pollution Abatement Plant operated by CH2M HILL for the Connecticut cities of New Haven, Norwalk, West Haven, and Ridgefield. He was responsible for capital improvement planning (CIP) for all Connecticut projects, including planning and implementing $2.51VI in capital improvements at three area projects. He also planned, coordinated, and implemented procedural changes to maintenance procedures related to the computerized maintenance management system (CMMS). 29 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Mike Fleury, P.E., BCEE Mike has managed condition assessments of collection systems and pump stations, as well as large- diameter pipeline designs, re- habilitation designs, value engineering projects, and services during construction of interceptor and transmission main systems. Those projects include new facilities, additions, condition assessments /re- habilitation of aqueducts and interceptors, renovations to existing wastewater treatment plants and water reclamation facilities, inter- ceptor and transmission main systems, water storage and pumping facilities. He brings a depth of experience and commitment, having served as project manager for 25 major infrastructure projects to- taling more than $350 million in construction costs. Mike is a nation- al pipeline and related hydraulics expert, having served on 20 major value- engineering studies across the United States. RELEVANT PROJECT EXPERIENCE Interceptor Sewer Condition Assessment and Rehabilitation, City of Las Vegas, NV I Project Manager 12012 The project included a fast - track design for the trenchless rehabilitation of approximately 10,915 feet of existing unlined reinforced concrete interceptor pipe diameters consisting of 2,500 feet of 42 -inch, 1,200 feet of 45 -inch, 850 feet of 48 -inch, 1,600 feet of 51 -inch, and 3,255 feet of 54 -inch sewer with cured -in -place pipe (CIPP) by upstream or downstream inversion and approximately 1,510 feet of 54- inch pipe by slip line method by an upstream and downstream insertion. The project also included application of a coating system in 25 manholes, diversion structure rehabilitation, development of a temporary bypass pumping of sewage during construction, cleaning and inspection of pipelines, design of a bypass pumping and piping system with 24- inch HDPE pipe, temporary control and handling of sewage, maintaining public health, and control of odor and noise. Asset Management Program and Large Diameter Sewer Rehabilitation, Albuquerque Bernalillo County Water Utility Authority, NM I Technical Advisor 2013 Project included a condition assessment of more than 261 miles of large- diameter interceptor sewer pipelines (15- to 60 -inch diameter) and associated manholes and structures. A 10 -year plan to prioritize the rehabilitation and replacement of the large diameter interceptors, based on risk versus benefit was then developed. The scope of work included preparing an Asset Management Plan, a Project Management Plan, a Design Analysis Report, preliminary design, final design, bidding phase services, and basic construction phase services. Responsibilities include providing a Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 43 years of experience. • Performed comprehensive condition assessment evaluations nationwide (visual inspections, performance testing, predictive tools and testing, and developing asset inventories). • Developed site - specific condition assessment templates and experienced with computerized maintenance management systems (CMMS). practical perspective for operational planning, risk management, quality assurance /quality control of the design documents, and safety. Group C Sewer Condition Assessment and Rehabilitation, City of Las Vegas, NV I Technical Advisor 12015 The project elements included development of a new validation condition assessment based on new CCTV coverage and 2004 CCTV coverage and condition assessments for 10,500 linear feet of 15 -30 inches in diameter VCP and RCP including approximately 75 brick and precast concrete manholes. The work included performing a condition assessment report, rehabilitation design for full CIPP and point repairs with UVCIPP and an epoxy coating system for the manholes, bid phase services, and engineering services during construction. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 130 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Mike Fleury, P.E., BCEE I COLLECTION SYSTEM AND PUMP STATION CONDITION ASSESSMENT LEAD Experience: 43 Office Location: Las Vegas. NV Education: BSCE Civil Engineering, University of Vermont, 1972 Registration: Civil Engineer, NV Professional Engineer: AZ, CO, FL, TX Certifications: Certified, Confined Space Entry and Inspection Affiliations: American Public Works Association Member American Society of Civil Engineers Member American Academy of Environmental Engineers, Board Certified Environmental Engineer American Water Works Association Member California Water Environment Association Wastewater Collections Committee SAVE International Water Environment Federation (Reuse Committee Member) Western Coalition of Arid States Condition Assessment and Emergency Rehabilitation Design and Construction Project for Victor Valley Wastewater Reclamation Authority, Victorville, CA I Project Manager 12011 Carollo investigated 30,000 linear feet of a 27 -inch interceptor consisting of vitrified clay pipe (VCP) and steel pipe using CCT and sonar technology. The investigation revealed a failed lining within a steel pipe beneath a three -track railroad spur that was installed without a casing sleeve. Carollo prepared a fast - tracked cured - in -place pipe (CIPP) design based on E -80 loading. C -Line Condition Assessment, South Tahoe Public Utility District, CA I Technical Advisor 12012 The project included a condition assessment of the existing 68,000 - foot long, 18 -inch to 21 -inch diameter, mortar lined and coal tar epoxy coated steel C -line pipeline and an evaluation of the economic viability of designing and constructing a hydroelectric power facility. The condition assessment work included CCTV videotaping, soil resistivity testing, ultrasonic wall thickness testing, and laboratory testing. The condition assessment results were used to recommend targeted rehabilitation and /or replacement of the C -Line pipeline. Laughlin Lift Station No. 2 Force Main Condition Assessment and Rehabilitation, Clark County Water Reclamation District, NV Project Manager 1 2014 The rehabilitation of the existing force main will include the installation of access points, cleanouts, and interior lining and /or replacement. A hydraulic analysis of the system (lift station, force main, gravity system, and appurtenances) will be performed to focus on opportunities to increase and improve the hydraulic flow capacity in the system. Additionally, the system analysis will identify the required design elements to meet the District's conveyance goals with this project. In order to reduce the need for temporary bypass pumping, the proposed new force main will be installed first, to accommodate bypassing during the rehabilitation of the existing force main. With the bypass in place, a condition assessment inspection of the existing force main will be performed. Intermediate access points will be constructed along the existing force main for the condition assessment and rehabilitation services. A new transition structure will be installed to maintain the gravity pipe service during construction, avoiding temporary bypass pumping, and to accommodate both the existing and proposed force main in a single structure Effluent Pump Station and Force Main, City of Henderson, NV Technical Advisor 12013 The City's project entails a 77 mgd Effluent Pump Station that will pump effluent from the City of Henderson Water Reclamation Plant to a 60- inch Force main with an approximate length of 7,000 feet, which crosses beneath the Las Vegas Wash with a 48 -inch section of force main and through a pressure reducing /power generation system before discharging to Lake Mead via an underwater valve structure. Santa Ana Regional Interceptor Rehabilitation Reaches IV -A and IV -B, Santa Ana Watershed Project Authority, Riverside, CA I Project Engineer 12009 The two phases consist of 11 miles of 27 -inch to 42 -inch diameter pipe to be rehabilitated by slip lining and CIPP. The review included evaluation of the condition assessment and preliminary design documents. The study resulted in a comprehensive list of recommendations that will reduce risk, reduce costs, and help provide a successful project. The Execution Manager provided a letter of appreciation for Mr. Fleury's efforts. 31 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Jose Villalobos, Condition Assessment Support Testing Jose is a licensed civil and corrosion engineer with nearly 43 years of experience working primarily in the water and wastewater in- dustry with a focus on sanitary sewer systems. He has completed numerous condition assessment projects for municipal infrastruc- ture, including water and wastewater conveyance, treatment and storage facilities. RELEVANT PROJECT EXPERIENCE Sedimentation Basins Condition Assessment, Orange County Sanitation District, CA I Project Manager 12006 VELA was retained to evaluate the condition of seven of the 14 primary Sedimentation Basins at the OCSD Wastewater Treatment Plant No. 2. VELA conducted a confined -space entry evaluation of the sedimentation basins to determine the condition of the concrete surfaces and floor -level rake arm components. The inspector's vantage point for observations was from the sedimentation basin floor. Wastewater Treatment Plant Asset Management Program Condition Assessment, Central Contra Costa Sanitary District, CA I QA /QC 2009 Conducted exterior and interior condition assessment of plant structures, including non - destructive testing. Met with District to identify the structures to be assessed and to schedule work. Condition assessment results were presented in a report along with repair recommendations. Sanitary Sewer System Condition Assessment and Temporary Flow Monitoring Services, City of San Jose, CA I Principal in Charge Active Since 2007, V&A has provided sanitary sewer condition assessment services for the City of San Jose's system. Projects include: (a) Confined space entry walk- through evaluation of 2,820 feet of 84 -inch RCP reinforced concrete inverted siphon with a PVC T -Lock lining system to locate defects. (b) Condition assessment of 15 manholes, CCTV review of 3,380 LF of pipeline and confined space entry of 275 LF of 36 -inch pipe to determine if the abandoned Canoas Creek alignment could be used to bypass flows for CIPP rehabilitation work on Narvaez Avenue. (c) Confined space entry walk- through evaluation of 16,500 feet (3.1 miles) of the Edenvale Trunk Sewer to assess for sedimentation, corrosion, and odor production of this over - designed 48- to 54 -inch reinforced concrete pipe with a protective PVC "T- Lock" liner on the upper portion. (d)Acoustic leak detection and cathodic protection system testing of the Lamplighter Pump Station forcemain's 8,530 feet of 24 -inch diameter ductile iron pipe. �4A V&A. MEETING YOUR REQUIREMENTS • 42 years of experience. • Registered California Civil Engineer. • Office in Oakland. • Project manager for over three projects with similar scope of work. V&A completed several projects at the San Jose /Santa Clara Water Pollution Control Plant including condition assessment of: concrete corrosion of four primary settling tanks, two below grade 102 -inch diameter reinforced concrete pipes connecting Nitrification systems, two 24 -inch diameter cast -iron return activated sludge pipes, and ultrasonic thickness measurements of the sludge manifold pressure piping to name a few. In addition, V&A provided sewer flow monitoring for the City of San Jose in 2004 -2006 and from 2007 -2011. To date, V&A has conducted flow monitoring and inflow /infiltration analysis (when appropriate) on 21 separate projects, totaling 211 flow monitoring sites over a total of 52 weeks. Recycled Water Facility Filter Basin Improvements, Delta Diablo Sanitation District, CA I Project Manager 12010 Our team provided structural engineering services to determine if the existing floor slab of the influent channel is adequate for supporting additional loads created by raising the wall. V&A developed a design for modifying the channel floor slab to support raising the 12- and 18 -inch walls of the effluent channel three APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 132 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan .lose Villalobos, P.E. I CONDITION ASSESSMENT SUPPORT — FIELD TESTING Experience: 42 Office Location: Oakland, CA Education: M.S., Civil Engineering, Stanford University, 1974 B.S., Civil Engineering, California State University —Los Angeles, 1973 Registration: Corrosion Engineer, CA Civil Engineer: CA, TX, NV Affiliations: American Public Works Association American Society of Civil Engineers American Water Works Association Water Environment Federation NACE International feet. V &A also designed a method for repairing the damaged concrete on the 12 -inch wall of the RWS effluent channel where aluminum handrails have caused cracking and spalling. Deliverables include design drawings, specifications, and estimated construction costs. Jose specifically provided engineering services regarding structural analysis and project management support for the design drawings plans and details. Outfall Booster Station Piping Rehabilitation, Orange County Sanitation District, CA I Corrosion Engineer and quality control assurance 12007 V &A is providing condition assessment of corrosion damaged areas in the Ocean Outfall Booster Station's 120 -inch outfall pipe and related piping system and repairing pipe couplings in the above - ground portion of the outfall piping. Assessment procedures include visual inspections, pit depth measurements, non - destructive thickness measurements and ultrasonic testing, CCTV /laser scanning, phased array weld testing, coating adhesion testing and soil corrosivity testing. The assessment also included rehab design for linings and corrosion control. Sewer Pump Station H Manifold Piping Condition Assessment, East Bay Municipal Utility District, CA Principal in Charge 12009 V &A completed an assessment of a cement mortar lined steel discharge header pipe at the pump station. Conducted a confined space entry to determine the extent of deterioration on the interior surfaces and identified locations of mortar and coating failures. Ultrasonic thickness measurements were made to confirm the steel pipe wall thickness. Leniham Dam Outlet Tunnel Lining Evaluation, Santa Clara Valley Water District, CA I Principal in Charge 12009 Performed evaluation of the shrinkage cracks in the reinforced concrete tunnel liner, evaluated the groundwater corrosivity, and estimated the rate of the loss of alkalinity in the concrete due to water weeping through the concrete liner. Red Oak Creek Interceptor Evaluation of 22 Manholes, Trinity River Authority, TX I QA /QC 12009 V &A evaluated the condition of 22 manholes for the Red Oak Creek Interceptor. V &A measured the pH of the concrete, sampled the wastewater to test for sulfides, and recorded the atmospheric gas conditions within the manholes to characterize the corrosive condition of the interceptor. The interceptor was in good condition; most manholes had a VANDA 1 concrete rating. Water Transmission Pipeline Corrosion Control, Colorado River Municipal Water District, TX Project Director 12009 Performing a condition assessment for 15 miles of 33- to 45 -inch diameter bar wrapped concrete cylinder water transmission pipeline. The assessment delineates the pipe sections where the potentials indicate active corrosion of the pipeline and identifies appurtenances that are actively corroding. A cathodic protection system will be designed to protect the pipeline. Public Works Collection System Mapping and Manhole Assessment, City of Midlothian, TX I Principal in Charge 12009 V &A assisted the City with GPS locating services for their entire sanitary sewer collection system. V &A located and documented GPS coordinates for over 1,400 manholes in the City's collection system. V &A provided the GPS location data in AutoCAD and Access database formats to support the development of the City's GIS system. V &A also provided manhole depth measurements and photographic documentation of the top and inside of the manholes. V&A has been quick to alert the City staff of any potential problems observed in the field such as surcharged manholes to prevent sanitary sewer overflows. The additional photographic documentation has already been very valuable in generating field books for the City maintenance staff to locate manholes and to the engineering staff to document manhole conditions. 33 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Rod Reardon, P.E., BCEE Rod is an environmental engineer with experience in the study, design, and operation of municipal wastewater facilities. Rod has particular expertise in advanced wastewater treatment processes, including membrane technologies, for the removal of nutrients and producing reclaimed water fit for various types of reuse. As Carollo's National Wastewater Technology Leader, Rod is responsible for a wastewater technology team that manages acquisition, compila- tion, transfer, and consistent application of wastewater processes and technology throughout the company. During his career, Rod's has provided process engineering, advice and assistance to the design teams for more than 50 advanced wastewater treatment facilities throughout the United States and overseas with a combined construction cost in excess of $1 billion. In addition, he has been a wastewater process specialist on over 24 value engineering studies that have contributed to significant sav- ings on planned improvements to a number of very large, complex treatment facilities. RELEVANT PROJECT EXPERIENCE Primary Treatment Optimization Study (P1 -116), Orange County Sanitation District, CA I Process Engineer 12012 Assisted in a modeling study that evaluated the effect that the performance of chemically enhanced primary treatment had on the cost of operating downstream processes. The project included developing a numerical process model for entire Plant No. 1, including the future sludge thickening and dewatering facilities to be constructed under Project No. P1 -101 and reflecting changes in influent flow and characteristics that are anticipated in near future. The model was calibrated based on actual water quality and other performance data, such as digester gas and biosolids production. As part of the project, a cost model was also developed for entire Plant No. 1 to estimate relative, long -term O&M costs for various operating scenarios. The project also evaluated other existing primary treatment assets including PC 6 -15 and PC 16 -31 West, as they relate to the Sanitation District's overall plan to accommodate an increase in plant flows. Water Pollution Control Plant Master Plan and Primary Treatment Facility, City of Sunnyvale, CA I Process Engineer 2019 The planning effort includes site planning and standards; preparation of a Programmatic EIR; and a plan for compliance with the California Environmental Quality Act. A critical element of the master plan is the replacement of the existing 440 -acre pond secondary treatment system with a conventional activated sludge Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 37 years of experience. • Expert in advanced wastewater treatment processes, including membrane technologies, for the removal of nutrients (sidestream and mainstream) and resource recovery for producing reclaimed water fit for various types of reuse. • Co- authored the chapter on nutrient removal in the Third and Fourth Editions of MOP 8 and a chapter on the costs of nutrient control in a WEF special publication titled Biological and Chemical Systems for Nutrient Removal. system to meet future nutrient regulations. An implementation plan for this major improvement and other plant upgrades is being developed to maximize the use of existing assets and mitigate the cost of the overall CIP, which is estimated to be about $318 million. San Jose -Santa Clara Regional Wastewater Facility (RWF) Study of Aeration Demands and Biosolids Production Assessment (Process Modeling), City of San Jose, CA Technical Advisor 12014 The main objective is to complete a study that prepares a facility -wide process model of the RWF and assess future aeration demands and biosolids production. The evaluations included analysis of peak flow management scenarios, replacement of the existing headworks facilities, repair and rehabilitation of both APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 134 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Rod Reardon, P.E., BCEE I WASTEWATER PROCESS AND NUTRIENT TREATMENT LEAD Experience: 37 Office Location: Orlando, FL Education: MS Civil /Sanitary Engineering, Lehigh University, 1977 BS Chemical Engineering, Lehigh University, 1973 Licenses: Professional Engineer: FL, MI, PA, TN, WA Affiliations: American Academy of Environmental Engineers (Board Certified –Water Supply and Wastewater) American Chemical Society American Membrane Technology Association American Water Works Association Florida Water Environment Association, International Water Association Water Environment Federation primary and secondary clarifiers and analysis of long -term filtration and disinfection alternatives. Biosolids alternatives included repair and rehabilitation evaluations for the thickening and digestion facilities and planning for a new mechanical dewatering facility. In addition, he evaluated the energy demand associated with the new and improved treatment technologies and performed the power and heat balance evaluations between demand and plant supply. ..................... ............................... : "The quality of the Wastewater Financial Plan and Cost of Service Rate Study has been excellent, due largely to Robb's expertise in many facets of rate establishment, policy, and business practices. His expertise is coupled with an attention to detail. He was responsive and thorough in ; all communications ... providing us the reassurance of a trusted advisor." ; — Roberto Yano, City of Chula Vista .................... ..............................: Southwest Water Reclamation Facility Process Modifications for Nitrogen Removal, Manatee County, FL I Project Engineer 2010 The project involved performing a desktop analysis of four process alternatives to meet proposed future permit limits with respect to conventional pollutants and nitrogen. The desktop analysis was limited to calculating basic process requirements using conventional spreadsheet models. A hydraulic evaluation was conducted for each of the alternatives to assess the feasibility of working within the existing hydraulic profile. Alternatives were screened using a matrix analysis to compare capital and annual costs, facility capacity, performance, facility impacts, implementation, reliability, staff abilities, and other significant considerations in order to determine the most feasible and cost - effective options. Facility Plan for the Southwest Water Reclamation Facility, Orange County Utilities, FL I Senior Process Engineer 12011 Provided direction, advice, and review for a re- evaluation of the selection of the best treatment technologies to meet current and possible future water quality standards. The SWWRF will be a new 5.0 -mgd plant providing advanced wastewater treatment and reclaimed water supply for the County's Southwest Service Area. Valrico Advanced Wastewater Treatment Facility Condition Assessment, Hillsborough County, FL I Process Engineer /Advisor 2010 Process engineer /advisor for a condition assessment of the Hillsborough County, Florida, Valrico Advanced Wastewater Treatment Facility, required by consent order as a result of violations of the effluent total nitrogen limit. Participated in a team of engineers who conducted site visits, evaluated performance data, and assessed equipment and operating protocols to identify the causes and remedies for the permit violations. Wastewater Treatment Plant Upgrades and Expansion, City of Manhattan, KS I Process Engineer 2010 Process engineer for the City of Manhattan, Kansas, Wastewater Treatment Plant Upgrades and Expansion. Highlights of this project included developing process designs to account for high BOD5 and TSS slug loads; detailing plans and specs for new selector basins, new aeration basins, a new mixed liquor recycle pump station, and new clarifiers; upgrading the influent pumping system; and replacing the existing grit facility. 35 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Andy Salveson, P.E. Andy serves as Carollo's water reuse chief technologist and dis- infection principal technologist leading planning and design ef- forts for advanced treatment of potable and non - potable reuse projects, as well as water reuse permit efforts at the local, state, and National levels. Andy's potable reuse experience includes the permitting of IPR systems in California, permitting of DPR systems in New Mexico, and the development of DPR Guidelines nationally, and is involved on some of the latest and most critical research on advanced treatment of wastewater and reclaimed water, includ- ing projects for the WRRF, WERF, WaterRF, and utility clients na- tionally. Throughout his 21 years of experience, he assisted or led approximately 90 percent of all Title 22 alternative disinfection technology approvals through the California Department of Public Health (now Department of Drinking Water), including UV, ozone, and pasteurization technologies. Andy has also led the efforts for more than 60 pilot and full -scale reactor tests and assisted in more than 36 UV designs. RELEVANT PROJECT EXPERIENCE Indirect Potable Water Reuse Permit, City of Oxnard, CA Project Manager 12015 This detailed permitting effort addresses the latest California regulatory concerns for IPR, including online monitoring or process performance, pathogen log reduction credits, and groundwater recharge (and extraction) requirements. Analysis of Alternative Advanced Oxidation Technologies, City of Los Angeles Bureau of Sanitation, CA Project Manager 12013 Provided research and analysis of alternative advanced oxidation technologies for potable reuse and subsequent permitting with the California Department of Public Health for those technologies. Project Engineer for the same client for the design /build of 12 mgd of IPR using IMF, R0, and UV advanced oxidation. Disinfection Facility Plan, City of Dallas, TX I Task Manager 12010 Task manager for the Disinfection Facility Plan for the City of Dallas, Texas. The two Dallas WWTPs required an analysis of existing and emerging disinfection technologies to treat flows of 230 mgd (Southside WWTP) and 350 mgd (Central WWTP). Disinfection technologies evaluated included UV, ozone, pasteurization, PAA, UV/PAA, and sodium hypochlorite (bulk and on- site). Evaluation of microconstituent destruction was included in the analysis. Chambers Creek Wastewater Treatment Facility UV Disinfection Retrofit, Pierce County, WA Technical Advisor 12014 This project involved design of a 64 mgd treatment capacity (80 mgd hydraulic capacity) UV disinfection Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 21 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • Carollo's disinfection principal technologist for UV disinfection and advanced oxidation treatment processes that meet both effluent and reuse requirements. • Carollo's water reuse chief technologist with expertise in potable and nonpotable reuse trends, as well as IPR /DPR. • Involved on some of the latest and most critical research on advanced treatment of reclaimed and wastewater. system to replace an existing UV disinfection system. Comprehensive Everglades Restoration Project (CERP), South Florida Water Management District, FL I Technical Advisor 2006 Evaluated secondary and tertiary processes for microcontaminant removal and disinfection for 100+ mgd of wastewater to be potentially supplied to the Biscayne Bay as part of the CERP. The investigation addresses advanced oxidation for microcontaminant destruction and examines standard compounds with drinking water MCLs, as well as numerous research - level compounds. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 136 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Andy Salveson, P.E. I DISINFECTION AND ADVANCED OXIDATION PROCESS LEAD Experience: 21 Office Location: Walnut Creek, CA Education: MS Water and Wastewater Engineering, University of California, Davis, 1994 BS Civil Engineering, San Jose State University, San Jose, California, 1993 Licenses: Civil Engineer: CA Professional Engineer: TX Affiliations: International UV Association Water Environment Foundation Expert Services: Contributing Author, MOP 8, Design of Municipal Wastewater Treatment Plants Editor of Reuse Treatment, EPA's 2012 Guidelines for Water Reuse Artemis Project, 2010, 2011, 2012 Expert Panelist - Identifying Innovative CleanTech Companies National Water Research Institute, 2012 UV Guidelines Review Panel Potable Reuse Feasibility Study, Advanced Treatment Demonstration Testing, Regulatory Assistance, and Recycled Water Master Plan, Santa Clara Valley Water District (SCVWD), CA Project Manager 12011 Evaluated numerous approaches to implement IPR and DPR within SCVWD's service area. The project looked at taking high quality reclaimed water and augmenting potable supply by surface water augmentation, direct injection into the groundwater basin, percolation through surface spreading, and direct potable reuse. The issues of hormones and pharmaceuticals are key areas of focus, as public ..................... ............................... 'Andy is recognized throughout the water and water reclamation ; industry as an exceptional researcher, diagnostician, and design expert. He performed filtration and disinfection studies for the City's Arrowhead Ranch Water Reclamation Facility and was very valuable in helping us to decide on future filtration and the possible use of ; membrane technology to improve our underground recharge program." ; — Lawrence Brotman, City of Glendale, Arizona perception and regulatory concerns are substantial. Carollo is working with the National Water Research Institute, the California Division of Drinking Water, and community stakeholders to define the optimum treatment technologies for both IPR and DPR. National Water Research Institute Expert Panel on Potable Reuse, Village of Cloudcroft, NM I Task Manager 12014 The National Water Research Institute (NWRI) has been hired by the New Mexico Environment Department (NMED) to evaluate the Village of Cloudcroft's proposed DPR project, provide regulations and operational requirements for that project, and develop regulatory Guidelines for all of New Mexico. Andy is one of the five experts performing this work for NWRI and NMED. Port Isabel Water Reclamation Facility Upgrade Project, Laguna Madre Water District, TX Treatment and Regulatory Potable Reuse Lead 12014 Andy is the treatment and regulatory potable reuse lead for direct potable reuse project for the District. The project will supplement raw water supplies from the Rio Grande with advanced - treated water from a new $1OM Port Isabel Water Reclamation Facility. The evaluation determined potable reuse was both the highest and best use of the reclaimed water and also the lowest -cost reliable water supply alternative for the District. Equivalency of Advanced Treatment Trains for Potable Reuse (WRF- 11 -02), WateReuse Research Foundation I Co- Principal Investigator 12015 Co- principal investigator for the WateReuse Foundation's 11 -02 "Equivalency of Advanced Treatment Trains for Potable Reuse). Work includes the search for lower energy and lower cost treatment technologies that meet the public health objectives for potable water reuse. Analysis of DPR Treatment Performance, Colorado River Municipal Water District, Big Spring, TX I Co- Principal Investigator 12015 Co- principal investigator for the treatment and public health analysis of the District's Raw Water Production Facility at Big Spring. This advanced treatment facility constitutes the nation's first instance of DPR. The project is an in -depth analysis of pathogens, chemicals, and appropriate surrogates, for use at DPR facilities like RWPF across Texas and nationally. 37 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd PMEN in inerator Lead /Energy Recovei hnologies Lead Peter is an industry- recognized biosolids combustion and en- ergy recovery expert involved in planning, permitting, designing, construction services, training and operations, and design -build projects at wastewater facilities. He has a thorough understand- ing of the 40 code of federal regulations Part 503 Standards for the Use and Disposal of Sewage Sludge as well as air regulations with respect to thermal processes and permitting of thermal processes for biosolids management, including the SSI maximum achievable control technology standards for new and existing biosolids incin- erators. He developed an innovative approach to biosolids man- agement master planning that has provided many clients with a sustainable, transparent, and publicly accepted long -term biosolids management road map. RELEVANT PROJECT EXPERIENCE Facilities Plan and Resource Recovery and Electrical Energy Design, New Water, Green Bay, WI QA /QC Reviewer 12004 New Water needed a facility plan for managing solids as existing facilities were reaching the end of their useful life and the incinerator could not meet pending air pollution control regulations. Provided QA /QC review during the facility plan that selected the final process train configuration from 14 alternatives. A new digestion, dewatering, pre- dying, and fluid bed incinerator (FBI) with energy recovery facility is replacing two multiple hearth furnaces. Puerto Nuevo Regional WWTP, Puerto Rico Aqueduct and Sewer Authority, Puerto Rico I Project Lead 12005 The project entails design of FBI system to replace MHF and ongoing rehabilitation and permitting to meet SSI MACT regulations. Prepared the permit application, the pre- design and procurement documents for the FBI, evaluated bids, and provided review of the design and construction of the system by the design -build contractor. The system can process more than 63 dry tons of biosolids per day. Performed condition assessment of incineration system and startup. Norman M. Cole, Jr. Pollution Control Plant Wastewater Master Plan, County of Fairfax, VA I Senior Technology Consultant 12007 The facility dewaters untreated primary and waste activated solids using centrifuges and combusts the dewatered solids in multiple hearth incinerators. The County retained CH2M HILL to engineer their solids processing rehabilitation. Identified upgrades required to the existing incinerator facility and the incinerator equipment trains to allow them to operate for at least 2 decades and to comply with new air emission regulations. Scope includes replacing scrubbers, burners and afterburners, and ID fans, in addition to the energy recovery /electricity generation system. CH2MHILL MEETING YOUR REQUIREMENTS • 40 years of experience. • Industry- recognized biosolids combustion and energy recovery expert. • Expert on multiple hearth and fluid bed incineration systems. • Expert in waste heat recovery, air pollution control devices, incineration regulations, ash handling, and disposal. • Thorough understanding of the federal regulations for the use and disposal of sewage sludge. 40 mgd Wastewater Treatment Plant, Central Contra Costa Sanitary District, Martinez, CA Senior Technical Consultant 12007 Primary and waste activated solids are dewatered by centrifuges and incinerated in multiple hearth incinerators equipped with waste heat recovery boilers and wet scrubbers. CH2M HILL was retained to study the impacts of mercury scrubbed from the MHI exhaust gases on the plant effluent and recommend mitigation measures to reduce mercury in the plant effluent. Mr. Burrowes was senior technology consultant for the study. Solids Processing Facility Plan, Metropolitan Council Environmental Services, St. Paul, MN I Project Lead 12003 Peter led the pre- design of the fluidized bed combustor and air - pollution- control system components, as well as the preparation of the contract documents for the design - build of the major incineration APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 138 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Peter Burrowes, P.E. I INCINERATOR LEAD /ENERGY RECOVERY TECHNOLOGIES LEAD Experience: 40 Office Location: Kitchener, Ontario Education: BEng. Mechanical Engineering, University of Sheffield, UK, 1973 Registration: Professional Engineer: Ontario Affiliations: Represented the Professional Engineers of Ontario on a committee advising the Ministry of the Environment on reform of air, water, and waste management regulations system. Participated in bid evaluation and the contract negotiations with the design -build contractor and technical review and oversight during the construction phase, as well as evaluation of performance testing and performance verification. He also recommended improvements to operating practices. Duffin Creek WPCP Stage 3 Expansion, Regional Municipalities of York and Durham, Ontario Project Manager /Senior Technology Consultant 12009 This expansion will provide treatment for a dry weather flow of 630 ML /d Project manager for the Facility Plan and led the technical components of solids processing. Led the update of the odor management plan, including extensive testing and modeling. Led the conceptual and preliminary designs of the solids processing systems: digestion, dewatering and incineration. Design manager for predesign; procured new incineration systems. "Peter has been involved with more than So solids management and ; processing projects that have addressed all types of solids handling alternatives, including incineration, drying, digestion, alkaline : stabilization, dewatering, and land application. Serving in key positions on assignments in Canada, the U.S., and throughout the world, Peter has been responsible for coordinating and supervising the planning, permitting, and design of several major solids handling facilities. : These projects include more than 25 solids incinerator, drying, facility planning, and design projects." ................................................... Incinerator Upgrade, City of Palo Alto, CA I Technical Advisor 12007 The City retained CH2M HILL to develop and implement a plan for managing biosolids at the Palo Alto WWTP. The project included a study of alternative technologies to multiple hearth incineration, as practiced at the time, including an extensive emission testing program and alternatives evaluation program. The study recommended an innovative permitting strategy, as well as significant upgrades to the two existing multiple hearth incinerators to provide up to 20 years of continued operation. CH2M HILL negotiated a construction permit, designed, provided construction services, commissioned the plant upgrades, and led a performance verification test program. Peter was a technical advisor on incinerator - related components of the project, as well as the performance verification testing. Thermal Oxidation Facility, Lakeview WPCP, Ontario I Project Manager /Lead Engineer 12013 For this project, a firm incineration capacity of 60 tons per day dry solids was integrated into the existing thermal conditioning/ dewatering system. Fluid bed incinerators with waste heat recovery boilers and venturi scrubbers were selected. The project was implemented using a design, bid, build approach, with multiple contracts. Following selection of the major equipment, demonstration burns were successfully performed. The completed facility passed all performance and regulatory testing requirements and met permit requirements. Peter led permitting and planning of an expansion of the incineration facility and provided senior technical review for the design, construction, commissioning, and testing. Incinerator Upgrade, Bird Island STP, Buffalo, NY I Senior Technical Consultant 1 2012 The Buffalo Sewer Authority retained CH2M HILL to upgrade one of its three multiple hearth incineration systems. CH2M HILL provided planning, permitting assistance, design and services during construction. The scope of work included: condition assessment of incineration system including shell and internal inspection of incinerators, afterburner, ducting, wet scrubber and exhaust (ID) fan; inspection and assessment of electrical system; assessment of supervisory control and data acquisition ( SCADA) system and design of new SCADA system for all three incineration systems. 39 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Energy Recovery Ted Incinerator Support Jay is a project technologist experienced in wastewater solids treat- ment and management solutions, energy recovery from waste- water solids, waste -to- energy systems, decentralized power gen- eration and cogeneration solutions, and master planning, facility planning, design and construction of wastewater infrastructure. Jay also has experience in project management, design management, project delivery and construction management. RELEVANT PROJECT EXPERIENCE Lynn Regional Wastewater Treatment Facility (WWTF), Lynn Water and Sewer Commission, Lynn, MA I Senior Technologist 2014 Completed a process and capacity analysis, and condition assessment of the existing incineration facilities and the emissions control system to determine capital, process control and operational improvements necessary to enhance system performance, reliability and comply with the new SSI MACT regulations in the near future. Lead detailed design of improvements to the emissions control system. Puerto Nuevo Incinerator Improvements, PRASA, San Juan, Puerto Rico I Senior Technologist Ongoing Completed a condition assessment of the existing incineration facilities and the emissions control system to determine capital, process control and operational improvements necessary to enhance system performance, reliability and comply with the new SSI MACT regulations in the near future. Climate Action Plan, Howard County, MD I Senior Technical Consultant 12014 Conduct planning level evaluation for codigestion of biosolids with high strength waste, cogeneration and biogas to vehicle fuel opportunities to reduce the carbon footprint of the Little Patuxent Water Reclamation Plant (WRP) in particular, and Howard County overall. Resource Recovery and Electrical Energy Project, Green Bay Metropolitan Sewerage District, Wisconsin I Project Technologist 2012 Evaluated alternatives to recover energy from incineration of biosolids. Identified beneficial uses of waste heat available from the biogas cogeneration system and the incinerator waste power generation system. CH2MHILL qW MEETING YOUR REQUIREMENTS • 12 years of experience. • Sustainable engineering systems design; waste -to- energy systems. • Decentralized power generation and cogeneration systems. • Water- energy nexus. • Renewable energy systems. Biomass -to- Energy Technology Evaluation Study, City of San Jose, CA I Project Engineer 12007 Responsible for conducting a feasibility study to evaluate technology to produce electric power from construction and demolition wood waste, residential yard waste, municipal sewage sludge, oil and grease waste, and plastics. Conducted preliminary engineering, environmental assessment and economic assessment of a potential Waste -to- Energy Gasification Facility. Regional Biosolids-to- Energy Facility, VA I Project Engineer 2011 Responsible for conducting a feasibility study for a regional biosolids -to- energy facility to produce electric power from dewatered biosolids. Evaluated biosolids drying and biosolids gasification technologies, and developed interface between drying and gasification systems. Developed overall system mass and energy balance and conceptual level cost estimates. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 140 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan .lay Surti, P.E. I ENERGY RECOVERY TECHNOLOGIES SUPPORT /INCINERATOR SUPPORT Experience: 12 Office Location: Parsippany, NJ Education: ME Environmental Engineering, Stevens Institute of Technology, 2008 BE Environmental Engineering, Stevens Institute of Technology, 2003 Registration: Professional Engineer: NJ Affiliations: Water Environment Federation Waste -to- Energy Project, Hay Road WWTP, City of Wilmington, DE I Project Consultant 12011 Served as a consultant during preliminary design to produce renewable electric power using digester gas and landfill gas, and use waste heat from the power generation process to produce dried biosolids. Completed a qualitative and carbon footprint comparison of the above - described project concept with other beneficial use biosolids processing technologies. Stamford Biosolids -to- Energy Project Study, Stamford Water Pollution Control Authority, Stamford, CT I Project Engineer 1 2009 Responsible for conducting a study to evaluate technology to produce electric power from dried and pelletized wastewater biosolids. The study elements included an assessment of commercially proven waste -to- energy technologies, bench -scale and pilot -scale testing of potential technologies using biosolids pellets as fuel, conduct a financial evaluation of the project, research renewable energy funding that the project qualifies for at the state and federal level, and identify revenue that the project will realize upon commissioning. The study also included multiple meetings with the local power utility to establish a preliminary power purchase agreement. Life Cycle Assessment Manager for Energy Recovery (LCAMER) Tool Demonstration, Water Environment Research Foundation (WERF) I Project Engineer and Task Manager 12011 LCAMER is a life cycle assessment simulation tool developed to evaluate cogeneration alternatives using biogas produced from anaerobic digestion of sewage sludge. The project included demonstrating applicability of the LCAMER Tool for proposed biogas cogeneration alternatives for Gwinnett County Department of Water Resources, Georgia and Pinellas County Utilities, Florida. Provided recommendations to WERF regarding enhancements that can be made to the Tool to increase its user - friendliness, applicability and acceptance by WERF users. Biosolids Gasification Evaluation, Confidential Client, USA I Project Technologist 12011 Completed an evaluation to minimize ash agglomeration and improve energy recovery efficiency for the Client's biosolids gasification system. Developed process design recommendations to overcome operational challenges. Completed an evaluation of commercially viable gasification systems that the Client can license to achieve its biosolids gasification business plan. Continue to support the Client develop the next generation of biosolids gasification systems. Water Environment Research Foundation (WERF) Optimization Challenge Project, Energy Compendium I Project Engineer 2009 Responsible for preparation of a fact sheet on wind energy, and completed a case study on the Jersey Atlantic Wind Farm located on the premises of the Atlantic County Utilities Authority (ACUA) WWTP, Atlantic City, New Jersey. The purpose of the case study was to study the adoption of renewable energy such as wind energy by the water and wastewater industry to demonstrate environmental stewardship and gain energy independence. The case study also focused on evaluating the business model used to develop the project, project capital cost, operation and maintenance requirements, system performance and advantages and disadvantages of wind turbines. Concentrated Solar Power Augmentation Project, Arizona Public Services I Project Engineer 12011 Responsible for conducting literature review and assessment of operational and planned commercial concentrated solar power augmentation projects. Develop a Technical memorandum summarizing findings. Identify regulatory and market drivers to promote concentrated solar power augmentation projects. 41 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd ' 111 ]Air and Greenhouse Gas Err Regulation Lead Jay is a senior fellow technologist, senior program manager and vice president specializing in regulatory compliance; project and program management; sustainable water and wastewater plant design and optimization; and assessments, monitoring, control, and compliance for water, biosolids, incinerators, wastewater treatment and collection systems. He is an internationally recognized technical expert in odor emissions, air quality, permitting, and greenhouse gas issues. In the Bay Area, he is a former BAAQMD Permitting engineering Manager, former East Bay Municipal Utility District Air Quality Program Manager, and for CH2M HILL has managed more than 45 odor and air quality related permitting, master planning, and abatement installation projects dealing with wastewater, con- veyance, incineration, and biosolids. He has worked directly with the US EPA and several States, including California on incinerators permitting and compliance needs, rehabilitations, and conversions. Jay develops unique air permitting strategy for rehabilitating mul- tiple hearth incinerators into fluid -bed incinerators without trigger major regulatory issues or new requirements. Over the last 7 years, Jay set up a global sustainability and green- house gases Centre of Excellence for CH2M HILL's international clients, and worked on permitting and consenting needs for each countries client's air quality and odor control projects. RELEVANT PROJECT EXPERIENCE City of San Jose's WRF Odor Control Master Plan and Confidential Air Quality and Odor Technical Expert to the City's Legal Department on a CC&R Odor Abatement Amendment, City of San Jose', CA I Lead Odor Technologist, Technical Air Quality and Permitting Expert I Ongoing Led a team to identify the liquid and solids processes including those that will be constructed within the coming 10 years, and rank them on the basis of their odor emission potential. Established the odor and corrosion control technology design criteria. Recommended the most appropriate and proven odor and corrosion control technologies to meet the D/T odor threshold goal and corrosion control objectives. Recommended an odor and corrosion control implementation plan for the RWF CIP, including possible phasing approaches that consider, amongst other things, centralized or de- centralized odor control opportunities. Evaluated the impacts of proposed odor and corrosion control technologies on capital and O&M costs, land use, and restriction on mobility within the RWF. I H2MHILL qW MEETING YOUR REQUIREMENTS • 33 years of experience. • Office in San Francisco. • International expert in greenhouse gases inventories, carbon footprinting and offsetting carbon emissions. • Expertise in US EPA, California Air Resources Board and Bay Area Quality Management District policies and regulations. • Former BAAQMD air quality permitting engineering manager and senior air toxics engineer. • Lead permitting and compliance engineer for projects with conversions from multiple hearth to fluidized bed incinerators. 7 Incinerator Rehabilitation Projects over the last 20 years Lead Air Quality Technologist and Regulatory Permitting Lead 12014 Jay provided incinerator engineering and operations insights, as well as conducting air quality permitting activities on 7 incineration rehabilitation projects for publicly owned treatment works (POTWS) in North America including the City of Palo Alto, CA; Puerto Rico's PRASA Incinerator; Hampton Roads Sanitation District, VI, Northeast Ohio Regional Sewer District, OH; Metropolitan Counsel Service District, MN; Central Contra Costa Sanitary District. Ensured APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 142 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ ResumeS3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Jay Witherspoon I AIR AND GREENHOUSE GAS EMISSION REGULATION LEAD Experience: 33 Office Location: San Francisco, CA Education: MS Chemical Engineering, University of California, 1991 BS Chemical Engineering, University of Colorado, 1981 Affiliations: Water Environment Federation Fellow; International Water Association Fellow; American Academy of Environmental Engineers Board Certified Environmental Engineer (BCEE) with Specialty in Air Quality and Wastewater Treatment Services rehabilitations incorporated needed air quality and odor control systems to maintain their existing air quality permit or to prevent them from triggering additional new regulatory requirements associated with the Clean Air Act and New Source Review. Masdar City Program, Abu Dhabi Future Energy Company I Program Manager 8 Chief Technology Officer 12010 Jay managed a team of delivery, planning, design, strategy, construction managers and technologists building the first two phases of Masdar City, the world's most sustainable city. This $22- billion program is 100 percent driven by renewable energy, has zero wastes to landfill, 100 percent wastewater reuse, and will be carbon neutral. Susatainability, green supply chain and construction practices, and offsetting both operational and embedded carbon are key goals and requirements for the program that Jay ensured were captured in built infrastructure and city governance. In his role we worked with the international community on greenhouse gases emissions inventories and off - setting practices strategies on several committees and for Masdar. California, Oregon, and Washington States Climate Change Group Project Manager I Ongoing Project manager for Climate Change Group that comprises more than 45 wastewater and water treatment facilities in California, Oregon, and Washington, focused on first developing GHG emissions inventory protocols, then measurement of GHGs from treatment, combustion, and biosolids facilities that lead to developing reduction and banking programs. Meeting regularly with state environmental protection agencies (EPAs), U.S. EPA, and local regulatory groups or climate registries to ensure that GHG emissions inventories will be accepted, as well as allowing voluntary GHG emission reductions to be banked for future use or sale. These facilities found the currently accepted emission inventory approaches and factors overestimate GHG contributions; thus, this group was formed to provide regulatory agencies with accurate emission estimates and reduction programs. East Bay Municipal Utilities District, CA I Air Quality Program Manager /Environmental Compliance Officer 11994 Jay managed a staff responsible for obtaining air permits, conducting air quality audits and assessments, completing air emissions inventories and risk assessments, conducting public outreach working sessions, developing compliance programs, preparing program budgets and schedules, and communicating with regulators about achievable publicly owned treatment work control technologies. While at the District, Jay developed alternative approaches for air quality emissions controls requirements and permitting strategies that were acceptable and cost effective for the District. Jay was also responsible for setting up a new department charged with developing an integrated environmental action plan to address effects of air, wastewater, water, and sludge activities on WWTP operations. Luggage Point Advanced Water Treatment Plant; Brisbane, Queensland, Australia I Senior QA/ QC Reviewer 12008 Provided international experts to the team to ensure the use of best practices. Reviewed pilot plant design and helped provide Australian technologists to the design team. Construction costs are in the $300 million range. Gippsland Water Factory Odor Control Scheme for the New Advanced Water Treatment Plant; Gippsland, Victoria, Australia Technical Expert and Senior Task Reviewer 1 2009 Developed conceptual design for odor control and energy efficiency schemes, got regulatory approval, and provided senior technology review and QA /QC for the final design. Served on the Technical Decorate Review Team and worked closely with Victoria EPA on both the odor control approach and digester gas combustion schemes that provide a sustainable future for this new, green -belt water reuse plant. Introduced innovated odor control schemes that included emerging, proven biotechnology to reduce chemical needs, carbon footprints, and lower GHGs. 43 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd 1 � XF Solids Handling, Biogas, Hau �! Lead Dru is the U.S. West Region residuals resource recovery technol- ogy lead for CH2M HILL, with 21 years of research, science, and engineering experience. He specializes in biosolids master planning and with broad wastewater master planning experience. Dru has extensive technical expertise in anaerobic digestion and energy recovery systems. His design experience includes preliminary and detailed design of processes including anaerobic digestion, cogen- eration, activated sludge biological and chemical nutrient removal systems, composting, and odor control systems. Dru is an active member of the Water Environment Federation (WEF) Residuals and Biosolids Committee and the Bioenergy Subcommittee,- he also serves as vice president of the Water Environment Association of Utah. RELEVANT PROJECT EXPERIENCE Cogeneration Study, San Francisco Public Utilities Commission, CA Senior Technology Consultant 12011 This project includes analysis of various beneficial uses of biogas at the Oceanside Pollution Control Plant. The study includes energy conversion technologies, as well as scrub and sell options. The study includes using fats, oils, and grease (FOG) to augment biogas production. Biosolids Master Plan, North Texas Municipal Water District, TX Senior Technology Consultant 12013 This project includes and biosolids master plan evaluating solids handling alternatives for District facilities. The following technology alternatives were evaluated as alternatives for biosolids management: thermal hydrolysis and conventional anaerobic digestion all with biogas- fueled combined heat and power. Resource Recovery Electrical Energy R2E2 Design Project, New Water, Green Bay, WI Senior Technology Consultant 2013 R2E2 is an innovative solids handling system including anaerobic digestion, biogas fueled engine generators, and fluidized bed incineration with energy recovery. The project includes complete solids handling design downstream of the primary and secondary clarifiers. Led pre- design of anaerobic digestion system, biogas handling system, and supported pre- design of biogas - fueled engine generator system. Led the bench - scale analysis of primary solids, waste activated solids, and high - strength waste co- digestate testing. CH2MHILL qW MEETING YOUR REQUIREMENTS • 21 years of experience. • Expertise in solids thickening, dewatering, anaerobic digestion, biogas treatment and handling facilities, and biosolids disposal facilities/ strategies /operations. • Expertise in evaluating opportunities to achieve energy neutrality. • Co- digestion expertise with hauled wastes such as FOG and food waste. Digestion Conversion, San Francisco Public Utilities Commission, CA I Senior Technology Consultant 12011 This project included the process, mechanical, electrical, and instrumentation and control design of the conversion from conventional flow- through mesophilic anaerobic digestion to thermophilic /mesophilic temperature - phased sequencing batch reactor anaerobic digestion to achieve Class A biosolids. Thermal Hydrolysis and FOG Receiving Facility Value Engineering Study, Hampton Roads Sanitation District, VA I Senior Consultant 1 2014 As an expert in anaerobic digestion, energy recovery, and thermal hydrolysis processes, Dru assisted the value engineering team to identify over $10 million in opportunities to economize. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 144 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Dru Whitlock, P.E. I SOLIDS HANDLING, BIOGAS, HAULED WASTE LEAD Dru is one of CH2M HILL's lead technologists in renewable energy production Experience: and energy efficiency, as exemplified in the 2012 Water and Energy Exchange 21 Global Innovation Award in the water and energy category for the Ejby Office Location: Melle Wastewater Treatment Plant in Odense, Denmark, a project where he Salt Lake City, UT Education: MBA University of Utah, 2004 BS Environmental Engineering, Utah State University, 1997 BS Science, Ball State University, 1989 Registrations: Professional Engineer: UT Grand Island WWTP Capacity Assessment, Grand Island, NE Project Engineer 12005 Using Pro2D, a steady -state whole plant simulator, to execute complete WWTP simulations and to calculate full -plant mass balances, performed a capacity assessment to determine if the Grand Island WWTP had adequate capability to treat proposed additional loadings from Swift, a beef processing plant. In an effort to improve pretreatment, Swift planned to take the anaerobic lagoon pretreatment system offline to remove accumulated solids and make modifications and repairs to improve organic removal efficiency. Biosolids Study, Salt Lake City WRP, Salt Lake City, UT Technologist /Assistant Project Manager 12008 Developed of a cost - effective wastewater biosolids management plan, including improvements to solids conveyance and screening, determining the type of anaerobic digester cover replacement, assessing the digester mixing system, analyzing the impacts on biosolids production of internal plant recycle streams, and assessing potential future regulatory requirements governing phosphorus removal. served as senior technical consultant and was involved in several planning workshops. WRF Cogeneration Modification Salt Lake City, UT I Project Manager 12005 Responsible for the management of the design of the digester gas cogeneration system for a 35 -mgd ADF facility. This project includes replacement of the cogeneration engine generators, heat exchangers, iron salt sulfide reducing system, digester gas boosters, moisture and siloxane removal system, and all ancillary equipment for the heat recovery loop and digester gas train. Project Manager, Statewide Nutrient Removal Cost Impact Study, Utah Division of Water Quality, Utah. F. Wayne Hill Water Resources Center Anaerobic Digestion Capacity Evaluation, Gwinnet County, GA I Senior Technology Consultant 12011 Evaluation of options to expand the anaerobic digestion system; examined in detail sludge and /or WAS pre- treatment before digestion; and anaerobic digestion; dewatered biosolids management. Evaluation of Processes to Reduce Activated Sludge Solids Generation and Disposal, Water Environment Research Foundation I Project Manager /Co- Investigator 12010 The objective was to develop and demonstrate an evaluation methodology for current and future waste activated sludge reduction processes for use by industrial and municipal facilities. The goal will be to develop an evaluation methodology framework that allows for the assessment of any technology proposed for the reduction of sludge mass /volume considering solids reduction, applicability to local conditions, cost, and impact on other aspects of treatment. 91st Ave WWTP Biosolids Master Plan; Phoenix, AZ I Senior Technology Consultant 12011 This project will develop a wastewater biosolids management plan for the City of Phoenix including the development of improvements to solids conveyance and screening, digestion, analysis of the impacts on biosolids production of internal plant recycle streams, and assessment of potential future regulatory requirements including GHG emissions. Grand Island Wastewater Treatment Plant (WWTP) Capacity Assessment; Grand Island, NE Project Engineer 12005 Using Pro2D, a steady -state whole plant simulator, to execute complete wastewater treatment plant simulations and to calculate full - plant mass balances, performed a capacity assessment to determine if the Grand Island WWTP had adequate capability to treat proposed additional loadings from Swift, a beef processing plant. In an effort to improve pretreatment, Swift planned to take the anaerobic lagoon pretreatment system offline to remove accumulated solids and make modifications and repairs to improve organic removal efficiency. 45 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd - 1�41 Collection System Gisa Ju specializes in civil and environmental engineering, with spe- cific expertise in the planning and evaluation of sewer system facili- ties. She has conducted master planning and evaluation studies for numerous municipal sewer systems, and has experience in the use of data management, analysis, and hydraulic modeling programs and GIS. Gisa has extensive experience using InfoWorks modeling software since it was first introduced about 15 years ago (and prior to that used HydroWorks, the predecessor to InfoWorks), and has used the software on over 30 modeling projects. RELEVANT PROJECT EXPERIENCE Sanitary Sewer Master Plan, City of San Jose, CA I Project Manager 12013 Gisa managed preparation of the Sanitary Sewer Master Plan addressing the capacity of trunk and interceptor sewers (10 -inch and larger) in the City's 2,200 - mile system. The project included development of wastewater loads from water use, census, and land use planning data; wet weather flow monitoring and model calibration using radar rainfall data; assessment of hydraulic capacity using InfoWorks modeling software; and development of recommended capacity improvement projects. A key element of the work was the training of City modeling staff, who were responsible for the modeling for 2 of the 5 major areas of the system. RMC provided extensive guidance documents and both formal and informal model training. After completion of the Master Plan report, RMC continued to provide additional model support, development of GIS processes for updating model loads, and other analyses. Current modeling work is being done using InfoWorks ICM. Collection System Master Plan Update, Central Contra Costa Sanitary District, CA I Project Manager 12010 Gisa managed the 2010 update of the Collection System Master Plan for this 1,500 -mile collection system. The project included updating the District's ArcSNAP hydraulic model using data from its HTE customer database and the most current land use planning information from each of the tributary planning jurisdictions. Individual meetings were held with each jurisdiction, and a consolidated parcel -based GIS land use map was prepared to identify all planned development and redevelopment projects. 4RMQ MEETING YOUR REQUIREMENTS • 37 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • Collection system modeling expert. • Experienced in InfoWorks ®, and conducting hydraulic analyses of complex collection systems. Sewer Facilities Plan for CNWS Redevelopment Area and North Concord Trunk System, Central Contra Costa Sanitary District, CA Project Manager 12011 Subsequent to the completion of the Master Plan Update, Gisa managed a study to identify potential approaches for conveying flows from the future Concord Naval Weapons Station redevelopment area to the CCCSD WWTP through the District's North Concord trunk system. To perform this analysis, RMC developed an InfoWorks model of the North Concord system and used the model to analyze various flow routing alternatives. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 146 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Gisa Ju, P.E. I COLLECTION SYSTEM MODELING LEAD Experience: 37 Office Location: Walnut Creek, CA Education: MS Civil, University of California, Berkeley, 1978 BS Civil Engineering, University of California, Berkeley, 1978 Registration: Professional Civil Engineer: CA Affiliations: Water Environment Federation California Water Environment Association Technical Support for Dynamic Model Implementation, Central Contra Costa Sanitary District, CA Project Manager I Ongoing Since 2013, Gisa has also managed an RMC team supporting District staff in implementing its new InfoWorks ICM model, including creating the model network in InfoWorks, populating the model from GIS data, providing introductory training to District staff, and developing a flow monitoring plan. Sewer Master Plans, Union Sanitary District, CA I Project Manager 12008 - 2015 Over the past 20 years, Gisa has managed sewer master planning studies for the Union Sanitary District's 760 -mile collection system. The master plans are conducted individually and on staggered schedules for each of the District's three major drainage basins (Gisa has managed two full cycles of these plans since 1995). Each project includes update of the model from sewer billing data and GIS; wet weather flow monitoring and model calibration; coordination with planning staff of the three cities served by the District; and capacity analysis and development of capacity improvement projects if needed. Gisa directed the original conversion of the District's previous SNAP model to HydroWorks (a predecessor to InfoWorks) in 1999, and InfoWorks has been used for all of the master plans for the past 12 years, with the latest project being done in InfoWorks ICM. Sanitary Sewer System Hydraulic Analysis, City of Alameda, CA Project Manager 12010 - update ongoing Gisa directed the hydraulic modeling and capacity assessment of the City's sewer system using InfoWorks modeling software. Because the Alameda system is a "looped" system in many areas, the model included almost all sewers in the system, including about 30 of the City's 40 pump stations. The model also included the EBMUD interceptor system (including 6 EBMUD pump stations) that form the backbone of the Alameda system. Existing and future flows were developed based water use and assessor parcel use data and projections of new and redevelopment, and the model was calibrated to interceptor flow monitoring data. The project also included monitoring and drawdown testing of selected pump stations, and training of City staff in use of InfoWorks Viewer software. RMC is currently updating the model as part of a Master Plan study to be completed in June 2015. Other Collection System Modeling Projects A list of additional representative projects that Gisa has completed over the past 10 years using InfoWorks modeling software is provided below. • Wastewater Collection System Master Plan, City of Antioch. • Sanitary Sewer Capacity Study and Master Plan, City of San Leandro. • Sewer Collection System Master Plan, City of San Carlos. • Sewer Master Plan, City of San Bruno. • Collection System Master Plan, City of Pacifica. • Sewer Master Plan, City of Albany. • Sanitary Sewer System Hydraulic Modeling and Capacity Assessment, City of Berkeley. • Conveyance System Master Plan Update, Delta Diablo Sanitation District. • Flow Monitoring and Hydraulic Modeling Project, City of San Mateo, Town of Hillsborough, and Crystal Springs County Sanitation District. • Sewer Hydraulic Evaluation and Capacity Assurance Plan, Ross Valley Sanitary District. • Sewage Spill Reduction Action Plan Capacity Assessment, Sausalito - Marin City Sanitary District . • Sewage Spill Reduction Action Plan Capacity Assessment, Sewerage Agency of Southern Marin. • Wet Weather Conveyance and Treatment Plant Evaluation, Sausalito - Marin City Sanitary District. 47 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Tim Loper, P.E. Tim is Carollo's technical lead for wastewater collection system modeling and planning projects. He is experienced in helping clients develop flow monitoring and modeling projects that provide sound quality data as well as confidence in the results of capacity analysis. Tim has served as project manager and /or project engineer for over 40 wastewater collection system master plans and modeling proj- ects, including projects for the cities of Oakland, Fresno, Chico, and Galt, and West County Wastewater Districts. Tim is fluent in many modeling platforms, and is an expert in the development of data collection plans and forming an understanding of the specific data types required and how to manipulate data into a format that integrates with modeling software and GIS. Experi- ence includes wastewater collection system modeling, infrastruc- ture master planning, and collection system design. RELEVANT PROJECT EXPERIENCE Sanitary Sewer Hydraulic Modeling, and Capacity Analysis, City of Oakland, CA I Project Manager 12013 Included construction, and calibration of the City's first -ever collection system model. Integrated Geocoded customer billing data, Gauge Adjusted Radar Rainfall Data (GARR), and data from over 140 flow monitoring sites into the modeling platform. Conducted analysis of the City's highly complex collection system. Wastewater Collection System Master Plan Update, City of Fresno, CA I Project Manager 2014 Responsible for the overall project development of the City's master plan update, including the development and calibration of the City's collection system model. Developed a comprehensive Capital improvement program that included the inclusion of the Rehabilitation and Replacement Program. Conducted wet weather analysis for the City's system with flows peaking over the 120 mgd range. District Wide Master Plan and GIS System Development, West County Wastewater District, CA Collection System Project Manager 12013 Developed the District's wastewater collection system GIS database, including integration with the District CMMS software, and digitization of the District's collection system. Tasks included managing the evaluation of the District's complex collection system and developing multiple conveyance alternatives to mitigate major deficiencies in the systems capacity. Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 15 years of experience. • Registered California Civil Engineer • Collection system modeling expert in the implementation, configuration, and calibration of dynamic modeling software platforms. • Experienced in using using and configuring InfoWorks®, managing various data types for modeling, and conducting hydraulic analyses of complex collection systems, compiling modeling guidance documentation, and training end - users. Wastewater Collection System and Treatment Master Plan Update, City of Modesto, CA Project Engineer 12016 Responsibilities included construction of the wastewater collection system hydraulic computer model using the City's existing plat maps and GIS database. Also responsible for collection system analysis to determine appropriate flow monitoring locations and sewer basin determination and assistance with the collection system condition assessment. Performed GIS data verification and updated existing databases to reflect current conditions. These responsibilities required the application of GIS and hydraulic modeling software. APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES 148 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes3- KeySubjectMatterExperts.indd CCCSD I Comprehensive Wastewater Master Plan Tim Loper, P.E. I COLLECTION SYSTEM MODELING LEAD Experience: 15 Office Location: Fresno, CA Education: MS Environmental Engineering, University of California, Berkeley, 2005 BS Civil Engineering, California State University, Fresno, 2003 Licenses: Civil Engineer: CA Affiliations: California Water Environment Association American Water Works Association Sanitary System Master Plan, Coachella Valley Water District, CA I Project Engineer 12009 Responsibilities included coordinating the GIS system integration into the hydraulic model environment; constructing a SWMM model incorporating 39 lift stations, four wastewater treatment facilities, and manifolded force mains; and developing alternatives to serve future growth and system modifications to eliminate lift stations and force mains with gravity sewers. The project also included preparation of a master plan report including a capital improvement program. Conducted staff training sessions for implementation of the SWMM model. West Basin Master Plan, Clean Water Services, OR I Technical Advisor 12012 Clean Water Services retained the services of Carollo to develop a collection system master plan for the its West Basin. Responsibilities included developing the technical methodologies to develop the dry and wet weather flow projections and hydraulic model calibration. CSA -3 Infiltration and Inflow (1 /1) Evaluation and Sewer Capacity Study, Madera County, CA Project Manager /Project Engineer 1 2010 CSA -3 is a community services district outside of the City of Madera Responsibilities included day - to -day project management and technical direction. Developed a hydraulic model of the system and calibrated the model to dry and wet weather conditions using the flow monitoring data. Was instrumental in discussions between the City of Madera and the County of Madera on allowable wastewater flows per the agreement between the City and the County. Carollo developed capital projects to mitigate existing system deficiencies and sized a new lift station for buildout flows. Carollo also made recommendations on locations for CCTV inspection and smoke testing for detailed identification of 1 /1. System Flow Master Plan, East Bay Dischargers Authority (EBDA), CA I Project Engineer 12010 The project included construction of a hydraulic model of the EBDA system that incorporated influent flows from member agencies. Member agencies include the City of San Leandro, Union Sanitary District, City of Hayward, Livermore Amador Valley Water Management Agency, and Oro Loma Sanitation District. Responsibilities included analysis of historical rainfall events over the EBDA service area to determine calibration storm events and design storm frequency for analysis of system capacity. Also oversaw the hydraulic model construction and development of short and long -term standard operating procedures for system operation during wet weather events. Wastewater Master Plan, Elsinore Valley Municipal Water District, CA Project Engineer 12009 Responsibilities included coordination of GIS system integration into the hydraulic model environment and construction of a SWMM model incorporating four separate collection systems lift stations with three wastewater treatment facilities. Capital project recommendations were made to serve future growth and system modifications were analyzed to eliminate lift stations and force mains with gravity sewers. The project also included preparation of a master plan report including a capital improvement program. This project also developed the District's Sewer System Management Plan for all four of its separate collection systems. Sanitary Sewer Master Plan Update, City of Chico, CA I Project Manager 12013 The project involved the use of city - supplied GIS data imported into the InfoSWMM® hydraulic modeling software. Hydraulic modeling enabled the project team to develop both existing and future flow scenarios in order to determine capacity deficiencies within the sanitary sewer system. Flow monitoring data gathered over a four month period provided the team with the valuable dry and wet weather flow data required for model calibration. Carollo developed the dry weather flow based on existing land use provided from the GIS system and calibrated the flow to the dry weather flow monitoring data. Upon completion of the calibration efforts, Carollo modeled the existing system utilizing a design storm event. The team developed the design storm based on historical and statistical analysis of the past 50 years of existing rainfall data. 49 1 APPENDIX I KEY SUBJECT MATTER EXPERT RESUMES V: \Client80 \CCCSD \Qual \Comp W W MasterPlan\ lndd\ Resumes3- KeySubjectMatterExpeTts.indd Andre Gharagozian, P.E. Andre's expertise is in secondary process analysis and modeling and nitrogen removal with an emphasis on trickling filter/ activated sludge and activated sludge systems. Specific process design experience includes several types of aeration systems and activated sludge basin reactors, sequential batch reactors, clarifiers, microfiltration, cloth -media filtration, UV and chlorine disinfection, solids thickening, anaerobic digestion, and various chemical, storage, and conveyance facilities associated with treatment facilities. During various planning and preliminary design efforts, he has conducted BioWin process modeling and been responsible for plant hydraulic calculations for several projects and conducted outfall modeling using EPA model PLUMES. RELEVANT PROJECT EXPERIENCE Long -Range Wastewater Facilities Master Plan, City of Palo Alto, CA Process Engineer 12014 Primary responsibilities included preparing a plant performance and capacity assessment of the Water Quality Control Plant (WQCP) and preliminary sizing of liquid stream alternatives. Prepared plant process model using BioWin for the purpose of evaluating performance, capacity, and alternatives development. Although the WQCP currently does not have total nitrogen limits, liquid stream alternatives were developed for future regulatory scenarios including total nitrogen limits of 8 and 3 mg /L. Water Pollution Control Plant Replacement Project, City of San Leandro, CA I Process Engineer 2011 Prepared plant process model using BioWin and evaluated rehabilitation/ expansion of a 7.6 mgd TF /SC system and compared to replacing the trickling filter with a moving bed biofilm reactor. The rehabilitation of the trickling filter will require media and rotary distributor replacement and replacement of much of the steel superstructure due to corrosion damage. South San Francisco Facility Plan Update, City of South San Francisco, CA I Process Engineer 1 2011 Primary responsibilities included preparing a plant performance and capacity assessment of the Water Quality Control Plant. Prepared plant process model using BioWin for the purpose of evaluating performance and capacity. Soscol Water Recycling Facility (WRF) Master Plan, Napa Sanitation District, Napa, CA Process Engineer 12010 Responsibilities in the Master Plan include developing a hydraulic profile model of the plant, development of flow and loading projections, a performance assessment of the treatment plant, process modeling to facilitate operational troubleshooting Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 17 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • Experienced in BioWin process modeling, analysis, design, and facility /master planning. • Responsible for plant hydraulic calculations during various planning and preliminary design efforts. and develop alternative criteria, capacity analysis of solids handling facilities, and conducting business case evaluations of various liquid and solids stream expansion alternatives. Modeling was performed using BioWin software. San Jose /Santa Clara Water Pollution Control Plant Master Plan, City of San Jose, CA I Process Engineer 12011 Primary responsibilities included preparing a plant performance assessment, developing process sizing criteria, and review and oversight for the flow and loading projections. Also developed BioWin plant process model for estimating plant capacity and participated in a joint technical committee between us and subconsultant for conducting process modeling for the plant. The WPCP has a permitted capacity of 167 mgd and operates a unique secondary process configuration achieving some nutrient removal without an internal mixed liquor recirculation stream. APPENDIX I DISCIPLINE EXPERT RESUMES 150 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Andre Gharagozian, P.E. I PROCESS MODELING Experience: 17 Office Location: Walnut Creek, CA Education: MS Civil and Environmental Engineering, University of California, Los Angeles, 1998 BS Physics, University of California, Los Angeles, 1993 Licenses: Civil Engineer: CA Professional Engineer: WA Affiliations: California Water Environment Association Water Environment Federation American Canyon WWTP Phase I Predesign Report, City of American Canyon, CA I Process Engineer 2010 Primary responsibilities include preparing flow and loading projections and developing a BioWin process model to estimate the capacity of a 2.5 mgd membrane bioreactor plant. West County Wastewater District - Wide Master Plan, West County Wastewater District, CA I Project Manager 12013 Primary responsibilities included evaluating and prioritizing capital projects needed for all District facilities including the Water Pollution Control Plant (WPCP), the collection system, and necessary support facilities including administration, maintenance, laboratory, and collection system operations. While some of the capital projects are capacity - related and are driven by growth in the service area, the majority of the projects arise from the need to replace aging facilities. A comprehensive condition assessment was performed to identify assets that require replacement in the next 20 years, and to establish a priority based on the likelihood, criticality, and overall risk of failure. This master plan received awards from CASA and the local CWEA chapter for organizational excellence and engineering achievement. Currently working with the District to complete a programmatic EIR and obtain low - interest SRF loan financing for some of the early projects. Comprehensive Collection System and Treatment Facilities Master Plan, Rodeo Sanitary District, CA Project Engineer) 2010 Like many communities in the area, the wastewater system experiences high levels of infiltration and inflow (N). The Master Plan evaluated whether it would be more cost - effective to expand the WWTP and provide treatment of the I&I, or invest in reducing I &I in the collection system. Currently working with the District to submit an SRF application to the state and obtain low- interest loan financing for some of the early projects. Richmond Wastewater Treatment Plant Master Plan, City of Richmond, CA I Process Engineer 1 2010 Developed and conducted process modeling for this 10 mgd activated sludge process to estimate the plant secondary process capacity and develop design criteria for various expansion alternatives with and without nitrification. Also assisted with trouble shooting the cause of periodic episodes of poor settleability. Aeration Blower Replacement Project, Central Marin Sanitation Agency, San Rafael, CA I Process Engineer 12010 Performed process modeling to estimate aeration requirements for a 10 mgd trickling filter /activated sludge process. Results were used to develop sizing criteria for replacing existing blowers with more efficient high -speed centrifugal units. Phase 2 Wastewater Treatment and Effluent Disposal Alternatives Study, Donner, CA I Process Manager 12007 Work includes evaluating and developing design criteria for both treatment and disposal alternatives, developing capital and O&M cost estimates, and guiding the owner through permitting, jurisdictional issue, and the challenges of implementing a new treatment facility. Alternatives consist of: building a new treatment plant with effluent storage in the winter and spray irrigation in the summer; and expanding an existing wastewater plant which discharges to an existing river in the winter and spray irrigation in the summer. Responsibilities included conducted modeling to develop secondary process sizing for both options. Anticipated treatment requirements include full nitrification and denitrification to total nitrogen limit of 10 mg /L and California Title 22 standards for recycled water. 51 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd W `i Dennis Burrell Treatment Plant Opera Dennis has 24 years of industry experience, offering expertise in municipal and industrial wastewater treatment, water treatment facility operation, and public -works management. He has directed operations and administration at some of CH2M HILUs largest and most challenging projects, providing senior management support for complex facilities. His areas of expertise also include operations, process control and optimization, maintenance and repair, diagnos- ing operating problems and directing corrective procedures, data management, regulatory reporting, and associate supervision and training. He also has been involved in the design and construction for upgrades of existing and new treatment facilities. Dennis holds advanced certifications in wastewater and water treatment from the Association of Boards of Certification (ABC). He is a certified waste- water and water treatment operator in several U.S. states. RELEVANT PROJECT EXPERIENCE Clovis Sewage Treatment Water Reuse Facility, City of Clovis, CA I On -site Project Manager 12014 Under a design - build- operate contract, managed the engineering, design and construction of the new 2.8 mgd facility (expandable up to 8.4 mgd) and CH2M HILL is now operating and maintaining the facility until at least 2018. Provided facilities planning and engineering, design, and construction; obtained governmental approvals and permits; provided acceptance testing and startup; and currently provide operations and maintenance and warranty the facility. South County Regional Wastewater Authority, Gilroy/ Morgan Hill, CA I On -site Project Manager 12013 CH2M HILL operates and maintains the South County Regional 8.5 -mgd wastewater treatment facility. This activated sludge treatment plant includes full nitrogen removal, tertiary treatment, and odor control via gas -phase wet scrubbers. The plant produces Title 22 effluent distributed by the Santa Clara Valley Water District. CH2MHILL qW MEETING YOUR REQUIREMENTS • 24 years of experience. • California General Engineering Contractor. • His expertise includes operations, process control and optimization, maintenance and repair, diagnosing operating problems and directing corrective procedures, data management, regulatory reporting, and associate supervision and training. Hood River Activated Sludge Plant, Hood River, OR I Project Manager Ongoing Responsible for management and administration of this 2 mgd activated sludge plant. Responsibilities included administrating and evaluating personnel, directing operations, implementing the computerized O&M program, and supervising the laboratory QA /QC program. Responsible for monthly reports to the client and regulatory agencies. In addition to the Hood River project, assigned personnel to operate and maintain the wastewater plants for Mosier, Cascade Locks, and Parkdale, Oregon; and Stevenson, Washington. APPENDIX I DISCIPLINE EXPERT RESUMES 1 52 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Dennis Burrell I TREATMENT PLANT OPERATIONS Experience: 24 Office Location: Sacramento, CA Education: Coursework in math, science, and language, University of Idaho, Moscow, Idaho Operation of Wastewater Treatment Plants, Volumes I and II, California State University, Sacramento, California Registration: California Grade V Wastewater Treatment Plant Operator; California General Engineering Contractor Affiliations: Association of Clean Water Agencies, Pretreatment Committee Member American Water Works Association Water Environment Federation Stockton Water and Wastewater Facilities Improvements Design - Build, CA I Director of Operations 2008 Managed project (comprised of 40 mgd primary, secondary, and biofilter treatment followed by tertiary ponds, and sand filtration), collections, storm water, and potable water systems. Managed more than 100 employees in technical, overall O&M planning, regulatory compliance, administration, capital improvements planning, construction scheduling, human resources, and support systems management. Atchison Wastewater and Water Treatment Plant, Atchison, KS Project Manager 12006 Managed and administered 2 mgd activated sludge plant and conventional 4 mgd sand filtration water treatment plant. Managed personnel and operations, organized construction scheduling, reviewed capital design criteria, implemented equipment preventive maintenance program (Tool Time), and supervised laboratory QA /QC program. Provided monthly reports to the client and regulatory agencies. Wastewater Treatment Facility, Fairfield— Suisun Sewer District, Fairfield, CA I Project Director 1 2006 Managed 20 mgd wastewater treatment facility and associated pumping stations. Managed more than 25 employees regarding technical, overall O&M planning, regulatory compliance, administration, and capital improvements planning; reviewing capital design criteria, coordinating construction and human resources; and supporting systems management. Provided monthly reports to the client and regulatory agencies. Heinz /Ore -Ida, Ontario, OR Operations Supervisor I Ongoing Duties included maintaining effective procedures for plant operations and effluent quality control at this industrial 3.5 -mgd activated sludge/ biofilter food processing facility. Supervised and coordinated activities of the wastewater treatment personnel, analyzed recording instrument readings and laboratory test results and adjusted various plant processes accordingly, prepared reports, maintained records, and determined remedial action in emergencies. 53 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd James Wickstrom, P.E. James, an associate with Carollo, is an experienced environmental and water resources engineer focused on wastewater process, mechanical design, and treatment facilities. He has worked on design and construction management projects for numerous wastewater treatment facilities throughout California and has been responsible for conducting hydraulic modeling on several treatment plant expansion and rehabilitation projects. RELEVANT PROJECT EXPERIENCE Water Pollution Control Plant Master Plan and Primary Treatment Facility, City of Sunnyvale, CAI Project Engineer 2019 Project involved designing renovations to the existing Water Pollution Control Plant including a new screenings facility, influent pump station, grit removal facility and primary sedimentation basins. The new facility is designed to raise the hydraulic grade line through the plant to accommodate the addition of future activated sludge process. Headworks and Secondary Treatment Capacity Expansion Project - Phase 1, City of Turlock, CA I Project Engineer 12012 This expansion replaced an existing outdated headworks and pump station facility, provide additional influent pumping capacity to handle future flows, and increased the nitrification capacity of the secondary treatment process. Design involved a significant hydraulic modeling effort required to establish the appropriate flow split to secondary process units physically separated across the site and joined only by long piping runs. Water Pollution Control Plant Rehabilitation Project, City of San Leandro, CA I Project Engineer 2010 The project restored the capacity and function of the plant to its permitted capacity with improvements to various existing facilities and by adding new facilities. Responsible for development of the hydraulic profile through the treatment plant starting at the influent sewers, through a new headworks and influent pumping facilities, primary and secondary treatment process, and disinfection facility to the effluent pump station. Hydraulic modeling also included design for new flow equalization facilities. Pump Station Reliability Improvements Project, Sausalito - Marin City Sanitary District, CA Project Manager 12010 This project increases the firm capacity of the District's Main Street Pump Station to accommodate anticipated peak wet weather flows by the addition of a portable, 400 horsepower, diesel driven, standby pump and replaces two existing 250 horsepower motor driven pumps with Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 22 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • Conducted hydraulic modeling on treatment plant expansion and rehabilitation projects. new equipment. This project also improves the reliability of three other collection system pump stations by providing connections for portable standby pumps. Primary Treatment Expansion Design Project, Fairfield- Suisun Sewer District, CA I Project Engineer 12010 Provided preliminary and final design of the $11 million expansion project that increased the primary treatment capacity of the existing plant by approximately one - third, to an annual average dry weather flow of 23.7 mgd. The project included design of a 95- foot - diameter circular clarifier; a vortex grit removal basin; related sludge, scum, and grit pumping stations; a grit handling facility; and grit basin influent flow channels fitted with Parshall flumes that will be used for both flow measurement and flow splitting. The project also included a new biofilter for foul air treatment; upgrades to the existing dissolved air flotation sludge thickening facilities; a new electrical building; upgrades to the power distribution system and cogeneration facilities to improve standby power availability; and related grading, paving, and yard piping work. APPENDIX I DISCIPLINE EXPERT RESUMES 154 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan .lames Wickstrom, P.E. I TREATMENT PLANT HYDRAULIC MODELING Experience: 22 Office Location: Walnut Creek, CA Education: MS Environmental Engineering, University of California, Los Angeles, 1995 BS Civil Engineering, University of California, Davis, 1991 Licenses: Civil Engineer: CA Affiliations: California Water Environment Association American Water Works Association Water Environment Federation Secondary Treatment Expansion Design Project, Fairfield- Suisun Sewer District, CA I Project Engineer 12009 Provided preliminary and final design of the expansion project that included construction of a new 20 -mgd intermediate clarifier influent pump station for flow splitting, conversion of an existing equalization clarifier into an intermediate clarifier, construction of a new biofilter for foul air treatment, retrofit of existing aeration basins, and construction of two new circular secondary clarifiers. Responsible for intermediate clarifier conversion, biofilter design, aeration basin conversion, aeration blower system modifications, oxidation tower pump station modifications, and filter feed pump station modifications. The aeration basin work involved converting an existing aerobic digester fitted with coarse bubble ceramic diffusers by replacing them with fine bubble membrane diffusers. Reviewed hydraulic profile modeling calculations for the expanded facility and coordinated civil work including grading, paving, and yard piping. Ellis Creek Water Recycling Facility, City of Petaluma, CA Project Engineer 12010 This $100 plus million project includes a new headworks, oxidation ditch with nutrient removal capabilities, secondary clarifiers, improvements to existing oxidation ponds for treatment and storage, new treatment and polishing wetlands, tertiary filtration, and UV disinfection. New solids handling facilities to be constructed include gravity belt thickeners, two - phase anaerobic digestion followed by screw press dewatering. Existing effluent disinfection facilities were upgraded and integrated into the new facilities. Responsible for design of the circular secondary clarifiers with associated RAS, WAS, scum pumping stations, and coordination and review of all liquid stream processes for the plant. Oversaw and reviewed design of oxidation ditch, headworks, tertiary pump station, and other facilities. Plant 2 Headworks Replacement Project, Orange County Sanitation District, CA I Lead Engineer 12010 The replacement facilities will have a capacity of 340 mgd and provide influent metering, screenings removal, influent pumping, grit removal, flow splitting, chemical addition, and foul air treatment. Responsible for design of influent screening facility, screenings washing and handling facilities, and ferric chloride storage and feed facilities used for chemically enhanced primary treatment. Developed example control strategy documents based on client's new process control and programming standards. This project received the 2005 Engineering Research Achievement Award from the California Water Environment Association. Wastewater Treatment Master Plan Update, City of Modesto, CA Project Engineer 12006 This masterplan updated the City's flow and load projections, evaluated capacity, performance and physical condition of the existing primary and secondary treatment facilities, examined effluent disposal capacity limitations and summarized current and future regulatory requirements. The plan also considered alternatives to increase the disposal capacity of the treatment plant for river discharge through a combination of improved secondary/ tertiary treatment facilities and land application options. Strategies to expand treatment capacity and comply with future regulatory requirements were developed for the City's use. RP -5 Project, Inland Empire Utilities Agency, CA I Project Engineer 12005 The constructed reclamation plant is a complete 12 -mgd facility designed to treat influent wastewater to meet Title 22 requirements. Responsible for design of the influent pump station, headworks facilities, primary clarifiers and associated primary sludge and scum pump station, 6- million - gallon capacity emergency storage basin and associated diversion structure and return pump station, and a remote sewerage lift station. Performed hydraulic profile modeling calculations for treatment facilities. 55 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Ryan Hook, P.E. Ryan, a highly experienced civil engineer, has work experience that spans planning, design, and construction of wastewater treatment facilities, wastewater pump stations and pipelines, potable water pump stations and pipelines, structural design of buildings, and soil percolation testing for septic systems. He is a civil layout expert and an experienced construction manager /resident engineer. RELEVANT PROJECT EXPERIENCE EchoWater Project Nitrifying Sidestream Treatment, Sacramento Regional County Sanitation District, CAI Civil /Site Work Lead 1 2017 Nitrifying Sidestream Treatment (NST) uses sequencing batch reactors to treat high ammonia loads being returned to the Sacramento Regional Wastewater Treatment Plant from the solids storage basins. The high nitrate NST effluent will then be used for odor control in the influent interceptor to offset the cost of sodium hypochlorite. The project includes influent and effluent pumping, sequencing batch reactors, effluent flow equalization, lime feed for alkalinity control, aeration blowers, and associated electrical and instrumentation systems. Dry Creek Wastewater Treatment Plant Chlorine Conversion to IJV Disinfection, City of Roseville, CA Design Engineer /Lead Inspector 2010 The project replaced a chlorine gas disinfection system with ultraviolet disinfection to disinfect the final effluent prior to discharge into Dry Creek and added on -site sodium hypochlorite generation to disinfect recycled water. Performed yard piping, paving, and grading designs during the design phase of the project. Duties during construction included full -time inspection, answering requests for information, submittal review, maintaining as -built contract documents, and coordinating inspections with other inspectors and subconsultants. San Jose /Santa Clara Water Pollution Control Plant Headworks Enhancement Phase 1, City of San Jose, CA I Project Engineer 12010 Project involved design of several plant infrastructure improvements including a 96 -inch raw sewage pipeline and two new submersible pump stations to allow for independent operation of the facility's second headworks. Water Pollution Control Plant Rehabilitation, City of San Leandro, CA I Civil Engineer 12014 The main purpose of the project was to restore the capacity and function of the plant to its permitted capacity of 7.6 mgd with improvements to various existing facilities and addition of new facilities. Major work included Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 15 years of experience. • Registered California Civil Engineer. • Civil /site work for nitrifying sidestream treatment, flow equalization, and return activated sludge. construction of a new headworks, influent pump station, circular primary clarifier, primary effluent flow equalization facilities, and covered fixed -film reactor with an associated lift station and biofilter facility for odor control. Responsible for design of the flow equalization basin, paving and grading, and yard piping design. El Dorado Hills Wastewater Treatment Plant Expansion, El Dorado Irrigation District, CA Project Engineer 12010 The project involved numerous modifications and additions to the existing treatment facility including adding two biological nutrient removal basins and two aeration basins. Responsible for the biological nutrient removal and aeration basin designs. Assigned tasks to subordinate engineers and drafters and coordinated work with other consultants and subconsultants. During construction, answered requests for information and fielded questions at the job site to minimize impacts to the construction schedule and budget. APPENDIX I DISCIPLINE EXPERT RESUMES 156 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Ryan Hook, P.E. I CIVIL ENGINEERING Experience: 15 Office Location: Sacramento, CA Education: MS Civil Engineering, California State University, Sacramento, 2006 BS Civil Engineering, California State University, Sacramento, 2002 AS General Science, Yuba Community College, 1999 Licenses: Civil Engineer: CA Certification: Certificate, Project Management Bootcamp, PSMJ Resources, Inc. Affiliations: American Public Works Association Sacramento Area Water Works Association Ellis Creek Water Recycling Facility Improvements, City of Petaluma, CA I Design Engineer 12010 To increase capacity for rising demands, the City needed to renovate its existing wastewater treatment facility. This project provided ultraviolet disinfection for tertiary treatment and additional treatment by using wetlands polishing ponds. The treated water was then pumped to local farmers for agricultural use or discharged into the Petaluma River. Interceptor Sequencing Study, Sacramento Regional County Sanitation District, CA I Project Engineer 12010 Project consisted of reviewing and updating land use data for various contributing agencies within the District's boundaries, reviewing and updating the District's existing computer model, and recommending future regional conveyance projects. Duties included coordinating with the District and another consultant to provide a summary of hydraulic control structures within the District's conveyance system. Central /Suisun Forcemain Equalization, Fairfield- Suisun Sewer District, CA I Pipeline Design Engineer 12012 The project involved interconnection of two existing sanitary sewer forcemains and modifications to the existing wet weather equalization system to allow for increased capacity at the Suisun Pump Station. The project also included development of new controls and standard operating procedures for the District's Wet Weather Diversion System. Laguna Bypass Sewer, City of Cotati, CA I Project Engineer 12011 Project included installation of 5,400 feet of 15 and 21 -inch gravity sewer in two phases. Phase 1 involved an accelerated design schedule and construction planning for high traffic volumes and coordination of an existing Caltrans project. Responsibilities included project oversight and billing, design, utility investigations, hydraulic analysis, permit coordination, cost estimates, and coordination of project meetings. 6 -mile Pipeline Pump Station/ River Discharge Facilities, City of Turlock, CA I Design Engineer 2008 Design engineer for the paving and grading of two sites for the City of Turlock, California, 6 -Mile Pipeline, Pump Station, and River Discharge Facilities. The project included design of a 35 -mgd wastewater effluent pump station; 32,200 feet of 36 to 48- inch pipeline; 35 -mgd post aeration system; and submerged diffuser outfall structure in the San Joaquin River. Random Lane /Arden Creek Road Sewer Replacement, Sacramento County, CA I Design Engineer 2008 Prepared a Project Development Plan that analyzed both economic and non- economic factors to select the best design out of ten project alternatives. Monroe Street, Chromite Drive, Machado Avenue, and Nobili Avenue Sewer Improvements, City of Santa Clara, CA I Project Engineer 12013 The project included removing approximately 9,300 feet of existing sewers ranging from 10 to 18 inches in diameter and constructing new 12 to 24 -inch sewers. The project is located in a residential neighborhood and included two siphon creek crossings. A parallel siphon was installed by horizontal directional drilling to replace one of the existing siphons. New lower service laterals were also replaced as part of this project. Responsibilities included evaluating multiple construction methods to determine the best solution for constructing the new sewers; performing hydraulic calculations to verify that new slopes would accommodate future flows; preparing plans, specifications, and cost estimate; and conducting project meetings. Interim Upgrade Wastewater Treatment Plant Improvements, City of Hughson, CAI Design Engineer 12009 The project consisted of modifying an existing storage basin into concrete - lined anoxic and aerobic basins for the City's wastewater treatment plant. Designed the layout of the basins, yard piping, and grading. Performed quality control for the hydraulic profile and coordinated work with the structural and electrical disciplines. 57 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Mike 1.1 Structural Engineering Mike, an associate vice president with Carollo, specializes in the structural design of water, wastewater, transportation, and civil engineering projects. Sincejoining Carollo, he has overseen the structural design of numerous projects ranging from water and wastewater treatment plant construction and expansion to pump station seismic retrofits. Mike has extensive experience in rehabilitation and seismic vulnerability assessments. Mike is Carollo's coating specialist responsible for maintenance of our coatings and finishes specifications. He has extensive experience in coating and corrosion control. RELEVANT PROJECT EXPERIENCE Laguna Treatment Plant Condition Assessment and Seismic Retrofit, City of Santa Rosa, CA I Structural Engineer 12012 Conducted on -site condition assess- Primary Treatment Plant Expansion, Fairfield- Suisun Sewer District, CA I Structural Engineer 2012 The $11- million Primary Treatment ments and desktop seismic evalua- Expansion included structural design tions. Developed retrofit and rehabili- of a new circular primary clarifier, tation cost estimates and prioritized retrofit projects based on assessment findings and plant staff input. Wastewater Master Plan Update, Union Sanitary District, CA Structural Engineer 12010 This project was an update to Carollo's 2005 condition assessment and rehabilitation and replacement (R&R) recommendations. Responsible for field efforts, including a visual structural assessment. Estimated replacement costs and remaining useful life for all equipment and structures at the wastewater treatment facility, incorporated concrete and roofing maintenance into the overall R&R program, and worked with the District to project 10- and 20- year Capital Improvement Programs that featured packaged projects as well as miscellaneous renewals. vortex grit basin, primary sludge and scum pump stations, biofilter, and electrical building. Secondary Treatment Plant Expansion, Fairfield- Suisun Sewer District, CA I Structural Engineer 2012 The $22- million Secondary Treatment Expansion included structural design of an intermediate clarifier influent pump station, biofilter, aeration basin retrofits, two secondary clarifiers, a new RAS pump station, and odor control. Water Pollution Control Plant (WPCP) Rehabilitation Project, City of San Leandro, CA I Structural Engineer 12010 Structural engineer for the preliminary and final design of the California. The main purpose of the project is to Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 24 years of experience. • Registered California Structural Engineer. • Office in Walnut Creek. • Carollo's Structural Group leader for our Walnut Creek office. • Specializes in seismic assess- ments in the most seismically active regions of California. restore the capacity and function of the WPCP to its permitted capacity of 7.6 mgd with improvements to various existing facilities and by adding new facilities. Major work associated with the project consists of the construction of a new headworks and influent pump station, a new circular primary clarifier, new primary effluent flow equalization facilities, and a new, covered, fixed film reactor with an associated lift station and biofilter facility for odor control. Sunnyvale Water Pollution Control Plant, City of Sunnyvale, CA I Lead Structural Engineer 12015 The project includes developing a 20 -year, $750 million master plan, which required an early spin -out of the $100 million headworks and primary clarifier project. The design effort has proceeded in parallel with the master planning to fast -track implementation of this project. Key elements of the master plan included identification of a secondary treatment expansion process, detailed site layout considerations and preparation of a capital improvement program. APPENDIX I DISCIPLINE EXPERT RESUMES 158 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Mike Dadik, P.E., S.E. I STRUCTURAL ENGINEERING Experience: 24 Office Location: Walnut Creek, CA Education: BS Civil Engineering, Arizona State University, 1996 Licenses: Structural Engineer: CA Civil Engineer: CA Civil /Structural Engineer: WA, OR Affiliations: American Society of Civil Engineers Chi Epsilon (National Civil Engineering Honor Society) Engineers Without Borders, Technical Advisory Committee Structural Engineers Association of Northern California Tau Beta Pi (National Engineering Honor Society) NACE International SSPC - Society for Protective Coatings, Northern California Chapter Steering Committee Hayward Digester 2 Structural Evaluation, City of Hayward, CA Structural Engineer 12008 The work included inspection, concrete testing, and structural evaluation of the digester with recommendations and retrofit strategies for the digester, digester piping, and access bridges. Headworks Replacement Project, South Tahoe Public Utility District, CAI Structural Engineer 12012 The project consists of new metering, screening, and grit removal systems in a new two - story, 4,500- square- foot, cast -in -place concrete and masonry building. Innovative approaches were utilized to mitigate the corrosive environment and maintain separation between building classification occupancies. Digester No. 4 Conversion, City of Sunnyvale, CA I Structural Engineer 1 2010 Structural engineer for the conversion of the 70- foot - diameter gas mixing digester (Digester No. 4) to a pump mixing digester for the City of Sunnyvale. This project included design of a new pump mixing and heating system for the existing digester. The project also included a new digester cover and rehabilitation of existing equipment, piping, and valves. Digester No. 3 Conversion, City of Sunnyvale, CA I Structural Engineer 1 2008 Structural engineer for conversion of the Digester No. 3 gas mixing digester to a pump mixing digester for the City of Sunnyvale. This $2.7- million project included design of a new digester cover and a new pump mixing and heating system for the existing digester. The project also included a new digester control building, rehabilitation of existing equipment, piping and valves, and modifications of the existing digester control system. Headworks and Secondary Treatment Capacity Expansion, City of Turlock, CA I Structural Engineer 12010 This expansion replaces an existing outdated headworks and pump station facility and provides additional influent pumping capacity to handle future flows. Project included the addition of a new 40 -mgd headworks for fine screens, screening washing and compacting equipment, new influent pumping station using trench - style, self - cleaning wet well design, and two nitrifying oxidation itch tanks to provide a 20 -mgd nitrification capacity to this regional treatment facility. Phase 2 Biological Nutrient Removal /Tertiary Treatment Facility, City of Modesto, CA Structural Engineer 12010 The project elements included new 4.2 -mgd aeration basins and membrane bioreactors, enclosed UV disinfection system, and a large bridge crane structure and large masonry buildings up to 6,750 square feet. Water Reclamation Plant Solids Expansion, City of Livermore, CA Structural Engineer 12010 This project included the addition of new anaerobic digesters and gravity belt thickeners to increase the solids handling capacity of the plant. Responsibilities included structural design of the new digesters and inspection and structural evaluation of an existing digester sludge holding tank. Headworks Condition Assessment at the San Jose /Santa Clara Water Pollution Control Plant, City of San Jose, CA I Structural Engineer 2010 The project involved a detailed condition assessment of the original influent pumping, screening, and pretreatment facilities by a multidisciplinary team (structural, mechanical, process, electrical, and instrumentation). Input from the condition assessment was used to estimate replacement costs and timing to profile the option of keeping the original headworks in use until 2040. Efforts tied into a parallel analysis on the costs and timing for expanding the new headworks facilities should San Jose choose to decommission the original headworks. The project resulted in a side -by -side comparison of alternatives that addressed renewal needs as well as capacity expansion. 59 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd r R11 Jackson, Corrosion Engineering/Cathi Mr. Jackson is a corrosion specialist with more than 38 years of corrosion control experience for many types of facilities, including plants, pipelines, and structures. His responsibilities include man- agement of corrosion - related projects and lead corrosion engineer on multidiscipline projects. He also provides design review for cor- rosion control. Expertise in corrosion and coatings engineering, with emphasis on controlling corrosion and repairing corrosion damage in water and wastewater pipelines, pumping stations, tanks, and related structures. Experienced with review of designs for adequacy of corrosion control systems and features, and ma- terials of construction, including inspecting conditions of existing treatment and conveyance systems, estimating useful service life of facilities, and designing retrofit measures for vulnerable facilities. RELEVANT PROJECT EXPERIENCE SFPUC San Joaquin Valley Pipelines Phases I and 11, San Francisco Public Utilities Commission, San Francisco, CA Lead Corrosion Engineer 12013 Consulted during investigations for condition assessment of 140 miles of 56- through 78- inch - diameter pipelines since. Prepared plans and reports for pipeline condition assessment. Field studies included examination of excavated pipelines, electrical testing of pipe -to -soil potential and coating characteristics, stray current testing, in -line inspection consultation, and pipeline internal inspections. Reviewed water treatment reports, corrosion test data, and pipeline maintenance records. Hetch Hetchy Water and Power Division, San Francisco Public Utilities Commission, Moccassin, CA I Lead Corrosion Engineer 12011 Led the corrosion evaluation of two major penstock systems. For the Moccasin and Holm Penstock Evaluation, led a team that investigated the condition of large - diameter penstocks constructed with riveted and hammer forged joints and welded steel pipe. Used ultrasonic and other non - destructive testing (NDT) methodologies (primarily transient surge analyses) for the initial phase of the investigation. Recommendations for rehabilitation or replacement were determined based on criticality, risk, and cost considerations). CH2MHILL MEETING YOUR REQUIREMENTS • 38 years of experience. • Registered California Civil Engineer. • Expertise in corrosion and coatings engineering with emphasis on controlling corrosion and repairing corrosion damage in wastewater related structures. • NGB infrastructure design expertise. Crystal Springs Pipeline No. 2,San Francisco Public Utilities Commission, San Francisco, CA Lead Corrosion Engineer 12006 Provided project review services during external assessment of 16 miles of 60- inch - diameter steel pipeline. Analyzed field data and prepared evaluation summary report for the 3 mile- section of 54 -inch riveted wrought iron pipeline along El Camino Real. Studies included soil resistivity, pipe -to -soil potential, and radiography. Southern Delivery System (SDS), Colorado Springs Utilities, Colorado Springs, CO I Corrosion Engineer 2010 Led development of corrosion control strategies including interfacing with the client's corrosion engineer to ensure that protective measures would be consistent with client's APPENDIX I DISCIPLINE EXPERT RESUMES 160 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Rod Jackson, P.E. I CORROSION ENGINEERING /CATHODIC PROTECTION Experience: 38 Office Location: Sacramento, CA Education: BS Chemistry, College of Idaho, 1975 Registrations: Professional Engineer: CA Affiliations: Member: NACE International (formerly National Association of Corrosion Engineers) preferences and existing practices. Analyzed water quality and provided recommendations for metallic materials of construction for pumps, valves and controls. Designed cathodic protection for buried steel pipelines at pump station sites. Provided technical oversight of corrosion control measures at water supply connection to Pueblo Dam, which included evaluation of existing cast iron valves, design of pipelines made of carbon steel and stainless steel, cathodic protection, and selection of mussel- resistant pipe linings. West Basin Municipal Water District Phase II Water Reclamation Program, Los Angeles, CA I Corrosion Engineer 1997 Conducted a corrosion study of the proposed pipeline route and designed corrosion control for approximately 10 miles of 42 -inch reclaimed water pipeline. The pipeline route included tidal areas, stray current sources, and high - voltage power lines parallel to the pipeline. In addition to corrosion studies, the voltage anticipated to be induced in the pipeline was predicted using a computer model to ensure personnel safety. Three alternative pipeline materials, including ductile iron, steel, and concrete cylinder pipe, were designed and included in the bid documents. Pipeline and Pumping Facility Corrosion Engineering, Southern Nevada Water Authority, Las Vegas, NV I Corrosion Engineer Ongoing Responsible for development of the Authority's corrosion protection design standards for pipeline protection. Developed standards for material selection and coatings to protect against the corrosive nature of Colorado River water. Specific design projects included the Alfred Merritt Smith Water Treatment Facility expansion, the new raw water pumping system, and the new River Mountain Water Treatment Facility design and construction. Albuquerque Bernalillo County Water Utility Authority, San Juan Chama Water Treatment Plant, Albuquerque, NM I Corrosion Specialist 12011 Prepared a corrosion control technical memorandum to guide the project design team in the selection and implementation of corrosion control for the proposed facilities. Recommendations were made for materials of construction, protective coatings and linings, and cathodic protection of buried metallic pipelines. Buckman Direct Diversion Projectm, Santa Fe, NM Authority, Las Vegas, NV I OC Reviewer 2012 Provided a QC review of the corrosion control strategy for the river intake, pumping plant, and transmission pipelines. Geysers Recharge Project; City of Santa Rosa; Santa Rosa, CA I Task Lead 12010 Led predesign corrosion studies including soil and stray current assessment. Led workshops focused on implications of pipe material alternatives selection and designing pipeline provisions for future nondestructive evaluation. Reviewed corrosion control design including protective coatings and cathodic protection systems. Pump Repair Project; City of Roseville, CA I Corrosion Engineer 1 2011 Studied vertical turbine pumps to determine the cause of corrosion and methods of improved protection. The pumps were located in a concrete wet well and had incurred unexpected corrosion damage in service. Inspected several pumps and conducted tests of electrical potential and corrosion current. Tested the electrical power supplied to the pumps by variable frequency drives. Made recommendations for mitigation using protective coatings, cathodic protection anodes and monitoring to prevent a recurrence of corrosion. 61 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Tony Nairney, P.E. ..: Vibration Analysis Tony has over 27 years of experience in preliminary and detailed design of pumping stations, flow control facilities, pressure reduc- ing facilities, large- diameter pipeline design, low head hydroturbine systems, and treatment plant facilities. His range of experience encompasses all design support services, including rotating equipment, hydraulic control facilities, large - diameter pipeline design, process system controls, steady -state hydraulics, transient analysis, corrosion analysis, vibration analyses of rotating equipment and piping systems, noise mitigation studies, cost estimates, and facility condition assessment. RELEVANT PROJECT EXPERIENCE Joint Cedar Creek Lake Pump Station and Intake; Tarrant Regional Water Authority /City of Dallas Water Utilities, TX I Senior Principal Engineer 12014 Responsible for the design of a 24,500 -hp, 277 -mgd raw water pumping station. This project includes seven 3,500 -hp variable speed vertical turbine pumps, fourteen hydraulically actuated pump control valves, high pressure self- contained hydraulic power units, chemical feed facilities, attached cast -in -place wet well and intake facilities with fish screens, overhead crane system.) Design included structural vibration response frequency analysis, piping system static and modal frequency analyses, and lateral and torsional frequencies of the pumps. Joint Richland Chambers Lake Pump Station; Tarrant Regional Water Authority /City of Dallas Water Utilities, TX I Senior Principal Engineer 12014 Responsible for mechanical systems design for the design of a 19,500 hp, 250 -mgd raw water pumping station. This project includes six 3,250 -hp variable speed vertical turbine pumps, fourteen hydraulically actuated pump control valves, high pressure self - contained hydraulic power units, chemical feed facilities, wet well facility with connection to existing intake, overhead crane system. Design included structural vibration response frequency analysis, piping system static and modal frequency analyses, and lateral and torsional frequencies of the pumps. CH2NIHILL qW MEETING YOUR REQUIREMENTS • 27 years experience. • Registered California Professional Engineer. • Vibration analyses of rotating equipment and piping systems. • Project manager, lead engineer for pump stations, conveyance, and treatment facilities. • CH2M HILL Enterprise Wide Process Mechanical Discipline Best Practices Leader. Lake Palastine Lake Pump Station Tarrant Regional Water Authority/ City of Dallas Water Utilities, TX Senior Principal Engineer 12014 Responsible for mechanical systems design for the design of a 20,000 - hp, 150 -mgd raw water pumping station. This project includes five 4,000 -hp variable speed vertical turbine pumps, fourteen hydraulically actuated pump control valves, high pressure self- contained hydraulic power units, chemical feed facilities, attached cast -in -place wet well and intake facilities with fish screens, overhead crane system. Design included structural vibration response frequency analysis, piping system static and modal frequency analyses, and lateral and torsional frequencies of the pumps. APPENDIX I DISCIPLINE EXPERT RESUMES 162 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Tony Naimey, P.E. I VIBRATION ANALYSIS Experience: 27 Office Location: Santa Ana, CA Education: BS Mechanical Engineering, Southern Illinois University, 1988 Registration: Professional Engineer: CA, NV Affiliations: American Water Works Association (AWWA) Committee Chair for the Submersible Vertical Turbine Pumps Standard American Water Works Association (AWWA) Committee Member for the Horizontal and Vertical Line Shaft Pump Standard EchoWater Project, Primary Effluent Pumping Station Design, Sacramento Regional County Sanitation District, CA I Senior Technical Advisor I Ongoing The primary effluent pumping station (PEPS) for Regional San's EchoWater Project provides the necessary lift to allow a new biological nutrient removal (BNR) process to be added into the existing treatment train at the Sacramento Wastewater Treatment Plant. The pump station includes four 120 mgd capacity vertical axial flow pumps, each fitted with a variable speed drive. Tony served as the senior technical advisor for pump selection, control scheme development, and pump specifications for PEPS. Freeport Regional Water Project Intake Facilities, Sacramento, CA Senior Consultant and Design Reviewer 1 2006 This project involved the design of a 185 -mgd pumping plant located on the Sacramento River bank. The pump station was designed for a turndown from full flow to 15 mgd, which is accomplished using four 2,000 -hp, 4.16 -kV adjustable frequency drives with synchronous transfer capability Each drive was assigned to a pair of 2,000 vertical AC induction motors capable of operation as slow as 250 revolutions per minute. The drives were designed to independently run either of its two connected motors up to any speed, synchronize to line voltage for both magnitude and phase angle, and transfer the load to (and from) the line. This facility simultaneously serves two pressure zones and involves a pressure sustaining /rate of flow control station, metering station, and surge tank system. Lateral and torsional vibration analysis was required for the main pumps. Southern Delivery Raw Water Conveyance System, Colorado Springs Utilities, CO Lead Mechanical Engineer 2008 Responsible for the preliminary design of a 42,000 -hp, 78 -mgd raw water conveyance system. This project included three in- series booster pumping stations equipped with a total of 21 2,000 -hp pumps (seven vertical turbine pumps and 14 horizontal split case centrifugal pumps). Southern Nevada Water Authority, Various Pumping Stations, Las Vegas, NV I Lead Mechanical Engineer 1 1998 Design and construction support for the following: • Sloan 2160 Pumping Station - a 30,000- horsepower (hp), 175 -mgd pumping station. This project included eight constant -speed 3,000 -hp horizontal split case pumps, and two 3,000 -hp variable - frequency drive horizontal split case pumps, hydraulically actuated pump control cone valves, high pressure hydraulic pump control valve power system, attached cast -in -place concrete forebay, two 35- foot - diameter spherical hydropneumatic surge tanks, metering station, rate of flow control station, overhead cranes, and a hypochlorite disinfection system. Lateral and torsional vibration analysis was required for the main pumps. • Intake Pumping Station No. 2 Expansion of a 85,950 -hp, 720 - mgd raw water pumping station. This project originally included twenty constant -speed 3,000 - hp vertical turbine pumps and two 3,000 -hp variable- frequency drive vertical turbine pumps, hydraulically actuated pump control cone valves, high pressure hydraulic pump control valve power system, 120,000 - gallon cylindrical hydropneumatic surge tanks, overhead crane system. Project also included the replacement of fifteen existing 3,000 -hp vertical turbine pumps with test pumps that included: three 3,250 -hp submersible pumps; and twelve 4,600 hp vertical turbine pumps to provide an additional 120 mgd of pumped flow from 600- 720 mgd. Lateral and torsional vibration analysis was required for the main pumps. Olivenhain Pump Station, San Diego County Water Authority, CA I Senior Consultant and Cesign Reviewer 1 2002 This project included a 102 -inch suction line from an existing reservoir, three variable speed 2,500 - hp horizontal split -case centrifugal pumps to deliver an initial design capacity of 108 mgd. Lateral and torsional vibration analysis was required for the main pumps. 63 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Todd Yamello, P.E. An associate with Carollo, Todd's pump station experience focuses on planning, preliminary design, detailed design, and engineering services during construction for water, wastewater, and recycled water applications ranging in sizes up to 230 mgd. His experience includes new pump station construction and the optimization and/ or repair of several existing pumping systems. RELEVANT PROJECT EXPERIENCE EchoWater Return Activated Sludge Pumping, Sacramento Regional County Sanitation District, CA I Project Engineer 2019 Project includes replacement of the existing RAS pumps with new pumps that are designed to deliver the higher flow and head conditions required by the new BNR process. Work included preliminary design for the new pumping system including hydraulic modeling, recommendations on pump selection, an electrical load study that recommends changes to the existing power distribution system, and an instrumentation and control systems review that recommends changes for improved control and monitoring of the system. The preliminary design also included an in -depth construction implementation plan to allow construction of improvements while not impacting operation of the existing plant and being completed in time to allow commissioning of the new BNR facility. The total capacity of the new RAS pumping system is approximately 230 mgd. Wet Weather Storage, City of Richmond, CA I Lead Pump Station Engineer 12015 This $17.5 million design -build project will minimize sanitary sewer overflows. The facility includes a 30 -mgd submersible pump station, 5 -MG above grade storage tank, biofilter, new electrical feed, and over 1,500 feet of pipeline connecting the tank and pump station. Project is a Progressive Design -Build protocol that manages risk, cost and schedule. Project challenges include accelerated construction schedule, providing comprehensive wet weather protection without overinvesting, and synchronizing the facility with the existing plant. Preliminary Design, Final Design, and Construction Management of the Newark Pump Station Upgrade Project, Union Sanitary District, CA Project Manager /Engineer 12010 Project included complete rehabilitation to a 60 -mgd pump station. Design featured six new Wemco Hidrostal dry pit immersible pumps with VFD drives, new electrical service entrance equipment and monitor control centers, outdoor generator with fuel storage, and Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 13 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • Large capacity pump experience (up to 230 mgd). seismic retrofit to the existing pump station building. The design allowed for construction of the facilities while concurrently maintaining reliable pumping of wastewater. Force Main Improvements Project, Union Sanitary District, CA Project Manager 12004 The project involved emergency rehabilitation to portions of the District's twin 36" diameter force mains that transport wastewater from the collection system to the WWTP. The project included replacement of corroded flanged coupling adaptors, refurbishment/ or replacement of knife gate valves, and inspection and rehabilitation/ replacement of steel piping. To facilitate construction, one of the force mains was shut down at a time requiring daily equalization of wastewater flow; two 36" diameter temporary bypass systems were required; and temporary pump station automatic control programs were implemented to facilitate daily equalization and reduce surge potential in the transport system. APPENDIX I DISCIPLINE EXPERT RESUMES 164 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Todd Yamello, P.E. I LARGE CAPACITY PUMPS Experience: 13 Office Location: Walnut Creek, CA Education: BS Environmental Engineering, California Polytechnic State University, San Luis Obispo, 2002 Licenses: Civil Engineer: CA Affiliations: American Water Works Association Sanitary Sewer Lift Station S -6 Replacement Project, City of Pleasanton, CA Lead Pump Station Engineer 2010 Project includes the design of a new self - cleaning wet well with Flygt submersible pumps and a new control building housing an existing generator and all new electrical and instrumentation equipment. Phase 2 Biological Nutrient Removal /Tertiary Facilities Project, City of Modesto, CA I Lead Pump Station Engineer 12010 This $130 million, fast -track design involved a 12.6 -mgd expansion to provide BNR and tertiary treatment, including a primary effluent pump station, a tertiary effluent pump station, and return activated sludge/ waste activated sludge pump stations. Headworks Improvements Project, Union Sanitary District, CA Project Manager 12010 Project manager at for the. The project includes improvements to a 60 -mgd headworks facility including installation of new screw conveyors and washer compactors for screenings disposal, a hydrogen peroxide dosing system for odor control, and replacement of the channel aeration system to improve grit suspension. Los Osos Wastewater Project, San Luis Obispo, CA I Owner's Representative l 2008 The project consists of a new collection system serving approximately 4,700 parcels, a new out -of -town pump station and conveyance pipeline, a new 1.2 -mgd wastewater treatment plant, and new sprayfield/ leachfield disposal facilities. Project roles include assisting the County in selection of project delivery methods and preparing design -build request for qualifications /proposals that outline the project component and serves as the technical design requirements. Pump Stations Floor Repair Project, Union Sanitary District, CA Project Engineer 12007 The project involved replacing structural slabs in two below grade pump stations. Work was complicated by operational constraints and an elaborate bracing system to keep the pump stations in service. Digester Nos. 5 & 6 and Heat Loop Improvements Project, Union Sanitary District, CA I Project Engineer —1 2006 Project included rehabilitation of two digesters including cleaning, recoating of the interior walls, installation of new mixing pumps, and replacement of the digester gas piping. Project also included replacement of heat loop piping and control valves to improve the efficiency of the system. Secondary Digester Upgrade Project, Union Sanitary District, CA Project Manager /Engineer 12007 Project manager /project engineer for the. The project included rehabilitation of two existing secondary digesters to resist groundwater uplift and the installation of two self - priming chopper pumps for transporting digested sludge to the dewatering facility. Ryder Street Storage Basin Project,Vallejo Sanitation and Flood Control District, CA I Lead Pump Station Engineer 12007 Lead pump station engineer for the 's Ryder Street Storage Basin Project, Vallejo, California. Project included upgrade of the headworks pump station to a capacity of 90 -mgd and the construction of a diversions facility that sent wet weather flows in excess of the wastewater treatment plant's capacity to a new storage basin. Montara Pump Station Modification Project, Sewer Authority Mid- Coastside, Halfmoon Bay, CA I Construction Manager and Inspector 12004 Construction manager and inspector for construction of the for the. The project consisted of converting an abandoned belowgrade wastewater tank into a storage tank for wet weather wastewater flows. 65 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Sarwan Wason, P.E. Senior vice president and mechanical division manager experienced in the design of mechanical systems in water and wastewater treatment plants. Involved in all aspects of the design of aeration blowers, steam and gas turbines, engines, pump stations, cogeneration plants, and associated subsystems. RELEVANT PROJECT EXPERIENCE Aeration System, City of San Jose, CA I Senior Mechanical Review Engineers 2015 Senior mechanical review engineer for the City of San Jose aeration system, including large gas engine driven and electric motor driven aeration blowers. Cogeneration Upgrade and Control System Upgrade, Central Contra Costa Sanitary District, CA Principal -in- Charge 12014 Project included a 3.2 -MW gas - turbine standby power generation system and a 3.3 -MW cogeneration plant, including cogeneration upgrade and control system upgrade. Large Electric Aeration Blowers, City of Fresno, CA I Project Manager 12010 Project manager for large electric aeration blowers for the City of Fresno Wastewater Treatment Plant. Fuel Cell Cogeneration Systems, Eastern Municipal Water District, CA I Technical Advisor 12010 Technical advisor for the design of two 1.5 -MW fuel cell cogeneration systems for the Eastern Municipal Water District (Moreno Valley and Perris Valley), California. Provided construction documents for the installation of multiple 300 -kW fuel cell generators and appurtenances with provisions, and all support systems designed to accommodate a future fuel cell capacity of 1.5 MW. Solar Mercury Gas Turbine -Based Digester Gas Cogeneration Project, East Bay Municipal Utility District, CA I Principal -in- Charge 12007 Project included a 9 -MW solar mercury gas turbine -based digester gas cogeneration project, and study and design of a 7,000 - kW reciprocating engine -based cogeneration project utilizing digester gas, including: heat recovery, gas compressors, air compressor, gas storage facility, a load shedding system, and various energy conservation modifications. Sutter Avenue Primary Treatment Plant, City of Modesto, CA Technical Advisor 1 2007 Project included the design of a digester gas treatment system. Performed a condition assessment of existing facilities, and prepared a preliminary design report recommending interim and future facility improvements. Prepared construction documents for the installation of a new digester gas treatment system and booster blower. Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 43 years of experience • Registered California Mechanical Engineer. • Office in Walnut Creek. • Large capacity electrical and steam - driven centrifugal blowers experience. Wastewater Treatment Plant Energy Feasibility Study, West County Wastewater District, CA Project Engineer 12004 Purpose of feasibility study was to determine plant size and costs associated with on -site cogeneration of electric power and heat. The cost to generate electric power ($ /kW hour) against the cost of natural gas ($ /therm) was developed for digester gas /natural gas - fueled internal combustion engines, combined cycle gas turbines, microturbines, fuel cells, and solar photovoltaics. Responsibilities included determining equipment costs, efficiencies, fuel consumption, maintenance costs, and preparing the technical memorandum outlining the study's goals and results. Preliminary Cogeneration Design Study for Tulare's Water Pollution Control Facility, City of Tulare, CA Technical Advisor 12004 The purpose of the study was to determine modifications needed to the existing IC engine cogeneration facility, and to determine type and size of IC engines for on -site cogeneration of electric power and APPENDIX I DISCIPLINE EXPERT RESUMES 166 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Sarwan Wason, P.E. I LARGE CAPACITY ELECTRICAL a STEAM - DRIVEN CENTRIFUGAL BLOWERS Experience: 43 Office Location: Walnut Creek, CA Education: MS Mechanical Engineering, University of California, Berkeley, 1972 BS Mechanical Engineering, Punjab University, India, 1970 Licenses: Mechanical Engineer: CA, TX, OR, NV, AZ Certification: Certified, Cogeneration Professional, National Association of Energy Engineers Affiliations: American Society of Mechanical Engineers Water Environment Federation California Water Environment Federation heat to best meet near -term and future needs of the facility. After completion of the cogeneration study, prepared a design /build request for proposal (RFP), allowing the City to obtain bids for design and build of the new fuel cell cogeneration facility. South Treatment Plant 8 -MW Cogeneration Plant, King County, WA I Project Manager 12002 Provided construction documents for the installation of two 3.5 -MW gas turbine generators; a single 1.5 -MW steam turbine generator, including all appurtenant steam, hot water distribution system interconnection, compressed air, and associated equipment; piping and controls. Lean -Burn Engine Conversions, Delta Diablo Sanitation District, CA Project Manager 12000 Project included conversion of two existing 450 -kW engines to 800 -kW lean -burn engines to lower emissions and installation of an additional 800 -kW digester gas /natural gas lean -burn engine at the Delta Diablo Sanitation District, Antioch, California. The project included gas compressors, heat recovery system, and a load shedding system. Cogeneration Facility, City of Sunnyvale, CA I Project Manager 12000 Project manager for study and design of a 1,600 -kW cogeneration facility using landfill gas and digester for the City of Sunnyvale, California. The project includes two 800 -kW lean -burn engine generators, gas compressors, heat recovery system and tie -in to existing switchgear and Utility's electrical system. Turbocharged Lean -Burn Engine, Oro Loma Sanitary District, San Lorenzo, CA I Project Manager 1993 Project included the conversion of a naturally- aspirated digester gas engine to a turbocharged lean -burn engine for the Oro Loma Sanitary District (OLSD), San Lorenzo, California. The project included the addition of a load shedding system and gas compressors. The project also involved assisting OLSD in obtaining a revised permit from the Bay Area Air Quality Management District to allow OLSD to use natural gas in addition to the digester gas allowed per their existing permit. Worked with the engine manufacturer to review methods to reduce maintenance because of siloxane in the fuel gas. Gas Utilization Study, Orange County Sanitation District, CA Project Manager 1 1985 Project manager for the 1985 Digester Gas Utilization Study for the Orange County Sanitation District, Fountain Valley, California Joint Treatment Works. He served as design engineer for two 1,500 -hp digester gas /diesel, dual -fuel engines for driving aeration blowers and engine heat recovery system to recover jacket water heat to be used for digester heating at Plant No. 1. Mr. Wason also completed the design of two 1,200 -hp digester gas engines for an effluent booster pump station, HVAC system and odor control facilities for 75- mgd secondary treatment additions; and design of two 300 -hp and two 350 -hp digester gas engines for a primary effluent pump station and plant water pump station, with jacket and exhaust heat recovery system for Plant No. 2. Design engineer for design of two 250 -hp methane gas/ natural gas engines for an aeration basin pump station and jacket water heat recovery system at Plant No. 1. Plant No. 1, Orange County Sanitation District, CA I Project Manager 1 1975 Design engineer for an aeration system with engine and motor - driven blowers; an engine heat recovery system; a plant gas, heat and energy balance; a centrifuge dewatering system; auxiliary systems for gas, diesel, and dual fuel engines for several pump stations; and a plant hot water system. 67 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Anne • , • P.E. Large Collection System Pipe Anne has 13 years of experience in the design, planning, and construction of water, wastewater, and recycled water infrastructure. Her experience includes wastewater pipeline rehabilitation and design; water distribution system planning and design; recycled water distribution system design; and construction management and engineering services during construction. RELEVANT PROJECT EXPERIENCE River Trunk Project, City of Modesto, CA I Project Engineer 2015 Project Engineer for the preliminary design of 21,000 linear feet of domestic sanitary sewer pipeline including 14, 30, and 42 inch force mains and 18 thru 60 -inch gravity trunk sewers. The project included an extensive alternatives analysis, condition assessment of the existing River Trunk sewer, and a Preliminary Design Report including 35% plans for the selected alternative. The project includes microtunneling under Dry Creek, trenchless crossings of Highway 99 and Union Pacific Railroad tracks, 2 pump stations, and a number of junction structures and diversion boxes. An important part of the project has been coordination with Gallo winery for work to be performed on their property. The purpose of the project is to move the pipeline away from the river to increase reliability and improve operation and maintenance accessibility as well as to provide relief for the existing Sutter trunk sewer. Dairy Creek Pump Station and Force Main, Clean Water Services, Hillsboro, OR I Pipeline Lead 12014 Pipeline lead for the design of dual 18 -inch force mains and 36- and 48 -inch gravity sewers for the Clean Water Services Dairy Creek Pump Station and Force Main project in Hillsboro. This project provided relief for a restricted portion of the existing trunk sewer. The new 48- inch gravity sewer routes flow to the new Dairy Creek Pump Station and the 36 -inch gravity restricts the flow downstream to the flow limited portion of the trunk, while the excess flow is diverted to the pump station. The forcemains conveyed flow from the new pump station to existing dual forcemains to relieve the existing gravity trunk sewer. Responsibilities included development of the plans, specifications, cost estimates, and legal descriptions and plat maps required for easements. Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 13 years of experience. • Registered California Civil Engineer. • Office in Walnut Creek. • Expert in the planning, design, and rehabilitation of large wastewater collection system pipelines. Crystal Springs/El Cerrito Phase II Sewer Improvements, Town of Hillsborough, CA I Project Manager 2012 Project included final design for replacement of approximately 11,000 feet of 8- to 18 -inch gravity sewer with 26 -28 -inch HOPE using open cut through a culturally and environmentally sensitive area. The pipeline is located along a narrow, winding road within an affluent community and fronts an elementary school in one location. 07- 08 and 08 -09 Sewer Improvements, Santa Cruz County Sanitation District, CA I Project Manager 12010 Responsible for managing preliminary and final design for multiple rehabilitation and relocation projects including 20,000 feet of 6- to 24- inch - diameter pipelines within sensitive riparian habitats, residential neighborhoods, and commercial areas. Projects included construction method evaluation, easement acquisition, traffic control plans, and permitting. Construction methods included open -cut, sliplining, CIPP, jack and bore, and microtunneling. APPENDIX I DISCIPLINE EXPERT RESUMES 168 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Anne NOW, P.E. I LARGE COLLECTION SYSTEM PIPELINES Experience: 13 Office Location: Walnut Creek, CA Education: BS Civil Engineering, University of the Pacific, 2002 BS Engineering Management, University of the Pacific, 2002 Licenses: Civil Engineer, CA Affiliations: American Society of Civil Engineers Bay Area Water Works Association Tara Hills Force Main Rehabilitation, West County Wastewater District, Richmond, CA I Project Engineer 12007 Preliminary design included an evaluation of construction methods and an alternatives cost analysis. The design included installation of 7,500 feet of 12 -inch PVC by open cut and bore and jack to serve as a permanent bypass, rehabilitation of three segments of the Tara Hills Force Main totaling 1,900 feet using cured in place pipe technology, and connection of three existing pump stations to the new bypass. Concord Landscape — Recycled Water Distribution Extension, Central Contra Costa Sanitary District, CA I Project Manager 2013 The project included installation of 2,000 feet of 14 -inch HDPE by horizontal directional drilling and 10,000 feet of 12, 10, 8, and 6 -inch PVC by open cut. Design involved construction planning for high traffic volume streets and within airport influence. This design also involved coordination among three agencies for roadway restoration, recycled water service, and owner .................... ............................... "I'd like to thank you and the entire team for your diligence, dedication, solid technical work... Anne has been excellent on this project. She has been extremely responsive and right on. She's a strong member of the Carollo team and I'm glad that she was put on this project." — Chris Hentz, Contra Costa Water District specifications. Responsibilities included preliminary design, utility investigations, hydraulic analysis, cost estimates, project meetings, engineering services during construction, and construction management. Sewer and Manhole Rehabilitation, City of Brisbane, CA I Project Engineer 12008 The City's initial rehabilitation replaced 6,020 feet of 6 -inch and 8 -inch diameter sewers using pipe bursting and pipe reaming construction. The project was partially funded through an EPA grant. Responsible for preparation of plans. Due to funding restrictions, design was completed on a fast - track basis. Including all utility locating, geotechnical investigation, and preparation of plans and specifications (conceptual, 75 -, 100 - percent designs), design was completed in two months. Miscellaneous Sanitary Sewer Main Improvements, City of Livermore, CA I Project Engineer 2010 The project involved reviewing CCTV inspection tapes, obtaining and evaluating existing utility information, and investigating field conditions to develop the conceptual design memo for the rehabilitation of seven difficult reaches of sanitary sewer for the City of Livermore. Reaches ranged from 250 feet to 1,500 feet each, comprised of 6 -inch to 12 -inch diameter pipelines. Recommendations on rehabilitation and replacement methods, including pipebursting, horizontal directional drilling, open -cut, spot repairs, and rerouting, were provided with a cost analysis for each. Washington Avenue Trunk Sewers Condition Assessment, Oro Loma Sanitation District, CA I Staff Engineer 12003 The study included review of CCTV inspection data and field investigations to determine the existing condition of 24- and 30 -inch diameter trunk sewers, including crossings of 1 -880 in San Leandro, and offered recommended solutions for the deficiencies identified. Developed various levels of improvements, with associated estimates of probable engineering and construction costs, to allow the District to select the most tenable project. Recycled Water Distribution System, Marina Coast Water District, CA I Project Engineer 2010 The project included the design of approximately 71,000 feet of 16 -inch through 20 -inch ductile iron and PVC pipe, a 4500 -gpm booster pump station, and a 1.5 -MG prestressed concrete reservoir and customer turnouts. Additional project challenges included determining requirements for five jurisdictional agencies and coordination with ongoing development projects within the City of Marina. 69 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Tim Taylor, P.E. ""Trenchless Technologie Renovations Vice president and Carollo's infrastructure practice director, Tim is experienced in engineering design, construction, and project management for gravity sewer collection systems, pump stations, water and wastewater treatment plants, and modeling projects. He has designed infrastructure projects ranging from less than $1 million to more than $50 million in construction. Tim has planned, designed, and assisted in the construction of infrastructure rehabilitation /repair projects using various trenchless technologies. His pipeline design projects have incorporated standard cut - and - cover, jack and bore, micro - tunneling, horizontal directional drilling, tunnel boring machines, pipe bursting, fold and form pipe, cured -in -place pipe, and slip - lining techniques. RELEVANT PROJECT EXPERIENCE Crystal Springs Sewer Improvements, Phases I and II, Town of Hillsborough, CA I Project Manager 12012 Reviewed Carollo's rehabilitation program, which included the use of trenchless technologies such as pipe bursting to minimize impacts on heritage oaks and other environmentally sensitive areas. Trenchless technologies coupled with open cut trenching reduced costs for the overall rehabilitation efforts and limited the impacts to the public. Sanitation Sewer Trunk Rehabilitation Capital Improvements Project, City of Simi Valley, CA I Project Manager 12013 The project included rehabilitation of over 10,800 feet of gravity sewer pipeline, ranging in size from 10 to 39 inches in diameter, using cured -in -place pipe. Four separate bid packages were developed and included extensive bypass pumping and traffic control requirements. Garrity Creek Sanitary Sewer Crossing, West County Wastewater District, CA Technical Reviewer 12011 Reviewed the sewer pipeline design, which included a 250 -foot long, 12 -inch diameter siphon to be installed using horizontal directional drilling methods. Close coordination between Carollo and the geotechnical subconsultant was required to ensure all of the trenchless technology parameters were identified prior to bid. Dawson Creek Pump Station and Force Main, Clean Water Services, OR I Technical Reviewer 12012 Reviewed forcemain alignment and construction methods. Dual 24 -inch forcemains with a total length of approximately 20,000 feet were recommended for two reasons: 1) to ensure minimum velocities were maintained during low flow periods, and 2) to allow one of the lines to convey reuse water back from the Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 29 years of experience. • Registered California Civil Engineer. • Serves as Carollo's company- wide Infrastructure Practice Director. • Sewer renovation trenchless technology expert with experience in pipe busting, sliplining, CIPP, directional drilling, microtunneling, etc. wastewater treatment plant in the low flow summer period. Forcemain construction methods included conventional open -cut, jack and bore, and horizontal directional drilling. Schwan Lake Forcemain Improvements, Santa Cruz County Sanitation District, CA I Project Manager 12010 The project included lining of 2,047 feet of 12 -inch ductile iron forcemain on Cliff Drive, which was completed with cured -in -place pipe to utilize the existing host pipe alignment. The project also included design of an 8 -inch forcemain to relocate the existing 8 -inch forcemain that is in the way of a County Redevelopment Agency roadway project. Other requirements included reconnecting existing air and vacuum release valve facilities and abandoning in place 2,113 feet of 8 -inch diameter asbestos concrete pipe by capping two ends. APPENDIX I DISCIPLINE EXPERT RESUMES 170 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Tim Taylor, P.E. I TRENCHLESS TECHNOLOGIES FOR SEWER RENOVATIONS Experience: 29 Office Location: Sacramento, CA Education: MS Civil/ Environmental Engineering, San Jose State University, 1994 BS Civil/ Environmental Engineering, California Polytechnic State University, San Luis Obispo, 1986 Management Action Program (MAP), Pleasanton, CA Truckee North Tahoe Leadership Training Course, Truckee /North Tahoe Area Licenses: Civil Engineer, CA, OR, ID Affiliations: California Water Environment Association, Sierra Section, Board of Directors (2008 President) Water Environment Federation Water Environment Federation Urban Wet Weather Workgroup (Previous Member) Water Environment Federation Collection Systems Committee (Previous Member) Truckee Donner Public Utility District Board of Directors (2007 and 2008 President) Monroe Street, Chromite Drive, Machado Avenue, and Nobili Avenue Sewer Improvements Design, City of Santa Clara, CA Project Manager 12014 The project included removing approximately 9,300 feet of existing sewers ranging from 10 to 18 inches in diameter and constructing new 12 to 24 -inch sewers. The project was located in a residential neighborhood and included two siphon creek crossings. A parallel siphon was installed by horizontal directional drilling to replace one of the existing siphons, and new lower service laterals were also replaced. Evaluated multiple construction methods to determine the best solution for constructing the new sewers and performed hydraulic calculations to verify that new slopes would accommodate future flows. Responsible for plans, specifications, cost estimate, and leading project meetings. Sewer Rehabilitation in Fruit Avenue, City of Fresno, CA Project Manager 12010 Provided design, bid support, and construction support services. The project included the installation of 3,576 feet of 48- inch - diameter of CIPP liner, rehabilitation of four existing manholes, and development of a bypass pumping /flow diversion concept. Utilizing the geotechnical information, the design of the CIPP liner was optimized and provided a reduced liner thickness. This approach ultimately saved the City $120,000 in construction costs. Paradise Whitney Interceptor (PWI), Package No. 2, Clark County Water Reclamation District, Las Vegas, NV I Project Manager 12015 The need for PWI was first identified as part of the District's Integrated Facility Master Plan Wastewater Collection System Modeling effort completed in January 2008 by Carollo Engineers, and subsequently refined by the District. The PWI project will relieve existing capacity deficiencies, improve hydraulic operating conditions for sections of the existing interceptors, and provide a new 13 -mile cross -town interceptor capable of conveying flows from the southwestern portion of the Las Vegas Valley Service Area to the District's wastewater treatment plant on East Flamingo Road. The project includes traditional cut - and -cover methods of installation as well as bore - and -jack and micro - tunneling trenchless methods under freeways, environmentally sensitive areas, and areas with the potential to cause traffic congestion or disruption to businesses, residences, and the community from construction activities. The pipeline was installed using non - metallic, FRP piping and manhole appurtenances. Emerald Relief Trunk Sewer Final Design Project, City of Modesto, CA I Project Manager 12010 This project involved design of 9,200 lineal feet of a 30- and 36 -inch trunk sewer. It included a Basis of Design Report to evaluate different alternatives to provide relief to the City's Emerald Road Trunk, which surcharges during storm events. A detailed routing analysis was completed that is estimated to have saved the City $7 million from what was originally identified during the Master Plan development. The team members included surveying, geotechnical, trenchless construction specialists, and structural designers. Additionally, the design of a PTMT option was completed to cross a major road intersection and reduce impacts on the traveling public. Carpenter Road Relief Trunk, City of Modesto, CA I Project Manager 12015 Project manager for design of 9,500 feet of 30 -inch and 36 -inch trunk sewer. The preliminary design phase evaluated alternatives to address the aging infrastructure capacity restrictions and mitigate costs associated with a full interceptor reconstruction project. By maximizing the capacity of existing facilities in the project area, the project team was able to reduce the amount of replacement and lower project costs, saving the City over $7 million. 71 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Tom Mossinger, P.E. Vice president and chief mechanical engineer with extensive experience in the design of major process and pumping systems associated with wastewater treatment facilities and cogeneration and central plant facilities. Has designed several digester- heating systems, sludge dewatering systems, sludge conveyance systems, and hot water heating and distribution systems associated with wastewater treatment facilities. RELEVANT PROJECT EXPERIENCE 13.5 -MW Cogeneration Plant, East Bay Municipal Utility District, CA Project Manager 12011 Project included design of the 13.5 - MW cogeneration plant for East Bay Municipal Utility District's Power Generation Station project at the main WWTP. Provided construction documents for the installation of two 4.5 -MW gas turbine generators with space and appurtenances for a third identical unit, including installation of heat recovery, siloxane removal, gas compression, and all appurtenant equipment, piping, electrical, and controls. 1.7 -MW Digester Gas - Fueled Cogeneration System, Union Sanitary District, CA I Project Manager /Engineer 12013 Provided preliminary and final design of a 1.7 -MW digester gas - fueled cogeneration system for the Union Sanitary District, California, Alvarado Main Treatment Plant. Provided construction documents for the installation of two 850 -kW reciprocating engine generators, heating system digester gas treatment system, and all required appurtenances and accessories. 1.1 -MW Cogeneration System, City of Hayward, CA I Project Engineer 1 2013 First phase of the project consisted of preparation and evaluation of a bid package to procure a design - build contract to install a nominal 1 -MW reciprocating engine or fuel - cell cogeneration facility. Following unsuccessful negotiations with the selected design -build firm, assisted the City with developing construction documents for a 1.1 -MW digester gas - fueled reciprocating- engine- based cogeneration system. System included installation of a single engine with space for a second unit, all appurtenant equipment, heating system fuel treatment equipment, emission control equipment, and all electrical interconnection equipment. Services included securing a $3 million California Self- Generation Incentive Grant for the City. Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 30 years of experience. • Registered California Professional Engineer. • Office in Walnut Creek. • Experience in hot water, boilers, and steam systems. San Jose /Santa Clara Water Pollution Control Plant 1.4 MW Cogeneration System, City of San Jose, CA I Project Manager/ Engineer 12011 Produced construction documents for the installation of a 1.4 MW fuel cell cogeneration system, digester gas treatment system and all ancillary equipment. Produced construction documents for the installation of a 1.4 MW fuel cell cogeneration system, digester gas treatment system and all ancillary equipment. Design included installation of a digester gas treatment system to remove H2S, sulfur compounds, moisture, particulate and siloxanes. In addition, design included recovery of waste heat for use by the plants digester hot water heating system. Was responsible for coordination with the interconnection requirements for all utilities; hot water, natural gas, digester gas, water, drainage, communications and electrical power. Secured $5 million from California Self Generation Incentive Grant Program for the project. In addition, was responsible for obtaining the air permit and electrical and interconnection agreement from the local utility. Also provided engineering services during construction and startup assistance. APPENDIX I DISCIPLINE EXPERT RESUMES 172 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Tom Mossinger, P.E I HOT WATER, BOILERS, AND STEAM SYSTEMS Experience: 30 Office Location: Walnut Creek, CA Education: BS Mechanical Engineering, San Jose State University, 1985 Licenses: Professional Engineer: CA, FL, WA, HI Mechanical Engineer: NV Affiliations: American Society of Mechanical Engineers American Society of Heating, Refrigerating, and Air Conditioning Engineers Water Environment Federation California Water Environment Association Moreno Valley Wastewater Reclamation Facility, Eastern Municipal Water District, CA Project Engineer 12009 Project involved the installation of two 50- boiler hp ultra low NOx hot water boilers. South Treatment Plant 8 -MW Cogeneration Plant, King County, WA I Project Engineer 12004 Provided design and construction documents for the installation of two 3.5 -MW gas turbine generators, a single 1.5 -MW steam turbine generator, including all appurtenant steam, hot water, compressed air, and associated equipment, piping, and controls. South Treatment Plant Hot Water Boiler, King County, WA I Project Mechanical Engineer 12002 Provided construction documents and startup services for installation of a $12 million Btu /hr digester gas - fueled boiler including all associated equipment, piping, and controls. ..................... ............................... "This system was so well thought out. Literally all I have to do is push ; one button two times to start and operate the 4.6 -MW cogeneration system. I push it once, go get a cup of coffee, come back, and the turbine and all associated equipment is up and running. Then I push it again and the turbine synchronizes with the grid and accepts whatever : load I've pre- designated up to the full load of the machine." Treatment Facility Improvement Project, City of Turlock, CA Project Mechanical Engineer 12003 Project mechanical engineer for design of heating system modifications for the treatment facility improvement project for the City of Turlock, California. Produced construction documents for the installation of a new digester gas - fueled boiler, associated equipment, piping, and controls. Project included reconfiguring two existing independent heating systems as a new single heating system. Wastewater Treatment Plant Improvements Project, Dublin San Ramon Services District, CA Project Engineer 1 1997 Designed the heating, cooling, and digester gas systems for the WWTP Produced construction documents for the installation of a low- pressure digester gas blending and boosting system and for plant heating and cooling system modifications including all associated equipment, piping, and controls. Sludge Pasteurization Facility, Municipality of Metropolitan Seattle, WA I Project Engineer 1994 Staff engineer for preliminary design for the installation of a sewage. Developed preliminary equipment sizing and layout for all equipment associated with a pasteurization process. Various heating alternatives included the use of direct steam —Dave Allen, EBMUD injection, direct submerged combustion, and hot water heat exchangers utilizing hot water produced by heat pumps or hot water boilers. Heating /Cooling Plant Modifications, Sacramento Regional County Sanitation District, CA I Design Engineer 1995 Produced construction documents for installation of a new variable flow hot water distribution system and modifications to the existing chilled water system at the Sacramento Regional Wastewater Treatment Plant. Work included installation of one 450 -ton absorption chiller, steam turbine - driven variable speed hot water circulation pump, condensate handling facilities, and all necessary interconnections with existing systems. Hanna Ranch Solids Handling and Disposal Facility Expansion Project, Colorado Springs Utilities, CO I Project Engineer 1 1994 Provided design of a replacement heating system, gas management system, and heating, ventilating, and air conditioning (HVAC) systems. Produced construction documents for installation of four new steam boilers, hot water distribution system, spiral sludge -to -water heat exchangers, digester gas blowers, digester gas flares, digester gas drying systems, and all associated equipment, piping, and controls. 73 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd JHPVACystems Bill has more than 31 years of experience managing environmental engineering projects and delivery services for CH2M HILL clients. He has served as project manager and lead engineer for CH2M HILL projects throughout the west coast. Projects have included water treatment plants, WWTP, and industrial processing plants. His technical expertise includes pump station hydraulics, gas - handling systems, piping systems, HVAC systems, and energy conservation. RELEVANT PROJECT EXPERIENCE South Truckee Meadows Water Reclamation Facility 2012 Rehabilitation Project, Reno, NV Building Mechanical Lead and Mechanical Quality Control Reviewer 12012 Building mechanical lead and mechanical quality control reviewer for improvements project that included the design of a new screening facility. The screening facility includes mechanical screens, screen conveyance system, compactor and dewatering equipment, and building heating, cooling and ventilation system with capability to connect to a future odor control system. A separate cooling system was provided for the electrical equipment room. The screening facility replaces the existing bar screen channel. Dry Creek WWTP Influent Pump Station Replacement Project, City of Roseville; Roseville, CA Building Mechanical Lead 12011 Building mechanical lead for a new raw sewage pump station that included the design of an odor control biofilter system, and new electrical building. The odor control system included a connection to the existing Screening Facility odor control system for redundant capability and additional flexibility. The electrical building incorporated both evaporative cooling in the electrical room and air conditioning in the PLC room. Supervisory Control and Data Acquisition ( SCADA) Systems for Municipal Treatment Facilities, Roseville, CA I Design Manager 2013 Responsible for design coordination, quality control reviews, and construction services for the SCADA Replacement Project. The project replaces the existing SCADA systems at four municipal treatment facilities and includes an updated control system platform that retains the existing system's functionality, a virtual server machine network that allows redundancy between facilities, historian data base for each facility as well as an enterprise historian. H2MHILL MEETING YOUR REQUIREMENTS • 30 years of experience. • Registered California Mechanical Engineer. • Expertise includes HVAC systems, SCADA implementation, and energy conservation. Incline Village General Improvement District 2010 Water Pump Station Improvements Project, Incline Village, NV Building Mechanical Lead and Mechanical Quality Control Reviewer 1 2010 Building mechanical lead and mechanical quality control reviewer for pump station improvements project that included the design of a new water booster pump station and modifications to two existing pump stations. The new pump station ventilation design included sound attenuation features (acoustical louvers, sound attenuating duct work, and low speed fans) due to location of station in a residential area. Missouri River Wastewater Treatment Plant Schedule B Improvements, City of Omaha, Omaha, NE I Facility Lead and Mechanical QC 12013 After participating as the Facility Lead for the Schedule A industrial treatment facility design, assumed the position of Mechanical Quality Control Reviewer for the Schedule B project. The project includes an extensive odor control system, new chlorine contact basin, and secondary clarifier rehabilitation. APPENDIX I DISCIPLINE EXPERT RESUMES 174 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Bill Misslin, P.E. I HVAC SYSTEMS Experience: 30 Office Location: Redding, CA Education: EIS Mechanical Engineering, Arizona State University, 1982 Registration: Mechanical Engineer: CA Affiliations: American Society of Mechanical Engineers American Society Of Heating, Refrigeration £t Air Conditioning Engineers South Truckee Meadows Water Reclamation Facility Biosolids Facilities Project, Reno, NV I Building Mechanical Quality Control 12014 Mechanical quality control reviewer for project that included the design of a new biosolids facility with screw presses, a rotary drum thickener, truck loading conveyors. The facility includes five zoned air handling systems with exhaust fans to allow separate heating, cooling and ventilating of the biosolids facility. Freeport Regional Water Project, Sacramento, CA I Design Manager 12010 Responsible for design management, programming, quality control reviews, and startup activities related to the new SCADA system for monitoring and control of the intake pump station, flow control facility at water treatment plant, flow splitting structure, canal control structure and three remote non - client sites. The SCADA communication system incorporated redundant systems to convey data using fiber optic cable, radio, and leased line communication links with some sites more than 20 miles away. Incline Village General Improvement District Burnt Cedar Water Disinfection Plant, Incline Village, NV I Lead Mechanical Engineer 12012 Responsibilities included coordinating design of all mechanical systems for the plant including the ozone generation facility, UV facility, ozone destruct building, and treated water pump station. Also led for the UV facility coordinating all disciplines for a parallel train 8.5 mgd capacity. Clear Creek Wastewater Treatment Plant Expansion and Upgrade Project, City of Redding, CA I QC Reviewer 12011 Provided quality control reviews of the design and construction documents for the new Blower Building and for modifications to the aeration basins. Stillwater Regional Wastewater Treatment Plant, City of Redding, CA I Lead HVAC Engineer 1 1994 Led design of the ventilation systems for the various facilities including emergency scrubbing of the chlorine gas - handling facility. Davis Woodland Water Treatment Facility and Related Facilities Project- Specific Information, CA Mechanical Engineer 12009 Responsible for all treatment unit processes including preliminary and primary treatment, secondary treatment, filtration, disinfection, solids handling, and overall plant hydraulics, as required. Responsible for process mechanical construction document delivery by traditional means employing two - dimensional plans and sections, as well as construction document delivery employing three - dimensional modeling techniques and linked databases, as needed. Provide senior oversight and QA /QC for preliminary treatment facility, alternative analysis and preliminary layout. Laguna WWTP Upgrade, City of Santa Rosa, CA I Assistant Project Manager and Lead Mechanical Engineer 1 1998 Designed the digester gas blending system and a new reclaimed water pump station as part of the project and led various project teams in completing the final design for the $15- million construction project. The blending system design included Be- rating natural gas and then mixing the natural gas with digester gas. The blended gas was used by the engine generator units. The pump station consists of four 75- horsepower vertical turbine pumps that provide reclaimed water for use throughout the facility. Sludge Dewatering Facility for the City of Santa Rosa, CA I Design Engineer 1 1999 Designed the heating, ventilation, and air conditioning system. The facility incorporated four two -meter belt filter presses, chemical and polymer handling areas, a control room, and various utility rooms. Ventilation for the belt - filter press area consisted of fresh air supply fans and a wet -tower odor scrubber exhaust system. 75 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Chris Carvalho, P.E. Associate vice president and chief electrical engineer experienced in medium- and low- voltage power distribution, lighting, grounding, and electrical control. His instrumentation experience includes the development of P &IDs and control strategies, SCADA systems, PLC systems and DCS applications including networking and communications. RELEVANT PROJECT EXPERIENCE PAR 1085 South Secondary Complex Improvements, Metro Wastewater Reclamation District, CO I Lead Electrical Engineer 12014 The electrical work on this $134 million rehabilitation and expansion included two new 12 -MVA utility feeds, a 15 -kV switchgear with automatic transfer functionality, medium and low voltage power distribution, a 4,160 -volt power system consisting of switchgear and reduced voltage solid state starters to support five 2,000- horsepower blowers, seven low- voltage switchgear units, 14 motor control centers and various panel boards. Other design elements included extensive use of cable tray, lighting, grounding, and extensive coordination with the electric utility. Process networks included DeviceNet for motor control, Profibus PA and Profibus DP for valve and instrumentation control and monitoring, and fiber optics to support various control and enterprise networks. South Valley Water Reclamation Facility Phase 4C Project, West Jordan, UT I Lead Electrical Engineer 12010 The electrical design included a new electric utility feed, service entrance 15 -kV switchgear, a 5 -kV switchgear, and reduced voltage solid state starters for two 900 - horsepower blowers including provisions for future blowers and a new bioreactor. South Valley Water Reclamation Facility Phase 4D Project, West Jordan, UT I Lead Electrical Engineer 12012 The electrical design included replacement of three deteriorating low voltage switchgear units with new switchgear while maintaining complete plant functionality, as well as installation of three new 900 - horsepower, 4,160 -volt aeration blowers, rehabilitation of four existing oxidation ditches and various other process facility upgrades. PAR 942 North Secondary Improvements Project, Metro Wastewater Reclamation District, CO I Lead Electrical Engineer 12011 Lead electrical engineer for the Metro Wastewater Reclamation District, Denver, Colorado, PAR 942 North Secondary Improvements Project. The pre- design phase of the project included a detailed field assessment of the existing electrical equipment and electrical infrastructure. Final electrical design elements included installation of a new low voltage substation to support the new centrate and RAS reaeration basins Engineers... Working Wonders With Water* MEETING YOUR REQUIREMENTS • 23 years of experience. • Registered California Electrical Engineer. • Office in Walnut Creek. • Experienced in medium- and low- voltage power distribution and switch gears. (CaRRB) process and expansion of two control building electrical rooms to accommodate new motor control centers and panel boards while maintaining full plant operation. Overall, the electrical design included two low voltage substations housed in prefabricated enclosures, twelve new motor control centers, various other electrical components, a new fire alarm system, modifications of two medium voltage switchgears, and the expansion of four control building electrical rooms. The design included both new cable tray and the reuse of existing cable tray, grounding, and modifications to the existing paging system. Carnation Treatment Plant, King County, Carnation, WA I Electrical and Instrumentation Engineer 12009 for the King County. The electrical design incorporated a DeviceNet network for motor control and Foundation Fieldbus for instrumentation. A standby diesel generator was also included. The instrumentation design included coordination and incorporation of the membrane reactor manufacturer's control system and the ultraviolet system manufacturer's control system into the plant SCADA system. The design also included a LEED certified administration building. APPENDIX I DISCIPLINE EXPERT RESUMES 176 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Chris Carvalho, P.E. I ELECTRICAL ENGINEERING/ POWER DISTRIBUTION AND HIGH VOLTAGE SWITHGEARS Experience: 23 Office Location: Walnut Creek, CA Education: MS Electrical Engineering, Ohio University, 1993 BS Electrical Engineering, Ohio University, 1991 Licenses: Electrical Engineer, CA, ID Professional Engineer, CO, UT Affiliations: Institute of Electrical and Electronics Engineers North Plant Project, Upper Blue Sanitation District, Breckenridge, CO I Lead Electrical Engineer 12010 This project consisted of a new treatment train addition at the existing Farmers Korner Wastewater Treatment Plant. The electrical design included upgrades of the two existing electrical services and installation of a new service entrance low voltage switchgear and interface to the existing electrical system while maintaining plant operations. The new electrical system included motor control centers and VFDs equipped with DeviceNet for control and status and DeviceNet smart valve actuator networks. The design included high- speed aeration blowers, chemical feed units, and tertiary filters. Easterly Wastewater Treatment Plant, Northeast Ohio Regional Sewer District, Cleveland, OH Electrical and Instrumentation Engineer 1 1996 Electrical and instrumentation engineer for design of electrical and instrumentation and control systems for the for the. The electrical design included power distribution and control schematics. The instrumentation and control system consisted of two PI-Cs with redundant data highway for control of primary sludge collectors, sludge pumping, sludge forcemain, and ancillary systems. Wemlinger Water Treatment Plant Process Improvements, City of Aurora, CO I Electrical Engineer 2015 The electrical scope of work included design of a new 15 kV switchgear, two 1750 kW standby diesel generators and the automatic transfer controls. Medium voltage power distribution was designed to reconnect the incoming service and distribute 12 kV to the existing step down transformers. Southern Delivery System Water Treatment Plant and Finished Water Pump Station Project, Colorado Springs Utilities, CO Lead Electrical Engineer 12014 This was a progressive design build project for a new 50 -mgd conventional water treatment plant. The electrical design included a medium voltage loop feed, automatic transfer switchgear and two distributed 480 -volt diesel generators. The finished water pump station has a total load of 3,700 horsepower. In addition, the electrical work included grounding, LED lighting, utility coordination, and infrastructure for future security. The water treatment plant makes extensive use of process networks including EthernetlP, Profibus, and DeviceNet. Weber South Project, Weber Basin Water Conservancy District, Layton, UT I Electrical Engineer 2010 This project was a major rehabilitation of an existing conventional filter water treatment plant. New facilities, including a filter building and chemical building, were constructed and put into operation while maintaining existing plant operations. The electrical design included a new electric utility service, standby diesel generator, low voltage service entrance switchgear with automatic transfer functions, low voltage power distribution, lighting, grounding and electrical controls. Bull Run UV Project, Portland Water Bureau, OR I Lead Electrical Engineer 12011 This project included new UV, Administration, Chlorine, and Electrical facilities built on an existing site while keeping the site in operation supplying water to the City. Electrical portions of the project included a low voltage automatic transfer switchgear and standby diesel generator to provide power the entire site. Utah Valley Water Treatment Plant Expansion, Central Utah Water Conservancy District, UT I Lead Electrical Engineer 12013 Key electrical components include a new 4,160 -volt switchgear, new power distribution to feed a new Ozone facility, and connection to the existing electrical distribution equipment. In addition to the new Ozone facility, the project included additional flocculation, new sedimentation, sludge collection and mechanical dewatering and expansion of the chemical and chlorine systems. 77 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd ' . 1 Power Generation, Co -( Combined Heat/Recovei Aaron has 22 years of design, project management, construction support, and startup experience for power, communications, and control systems for water and wastewater infrastructure projects. Aaron's power distribution systems experience involves high - voltage distribution substation and distribution design, including physical design, protective relaying, monitoring, and control, as well as medium- and low- voltage industrial power distribution sys- tems. This also includes 15- kilovolt (kV), 5 -kV, and less than 600 -V systems, protective device coordination, power factor correction, and transformer protection. Additionally, his electrical machinery application experience involves high - voltage (13 kV) and medium - voltage (4 kV) synchronous and induction motor application, con- trol, and monitoring, including multifunction electronic protective relays, brushless excitation systems, and medium - voltage adjust- able frequency drive systems. RELEVANT PROJECT EXPERIENCE Water Pollution Control Facility Arc Flash Studies, City of Las Vegas, NV I Project Manager I Ongoing Developed and implemented project work plan and led evaluation of the Arc Flash Hazard Analysis of major electrical equipment. Collected information, updated single line diagrams, and prepared a report and affixing arc flash labels. Performed arc flash studies for the Durango Hills Water Resource Center and the City of Las Vegas 3MW Solar Power Generation Facility. Water Pollution Control Facility Blower Replacement and Lighting Improvements Project, City of Las Vegas, NV I Lead Electrical Engineer Ongoing Led design of electrical modifications to the blower building including new power supply to the 500 -hp blower, replacement of valves and actuators, installation of medium voltage and low voltage motor control centers, and replacement of light fixtures. Determined that a considerable amount of air was being wasted due to the size and operational strategy of the existing blowers and found that greater efficiency and annual cost savings could be achieved by installing a new 500 -hp blower and changing the control strategy. Water Pollution Control Facility Electrical and Headworks Bypass Improvements Project, City of Las Vegas, NV I Lead Electrical Engineer Ongoing Lead electrical design engineer for a new medium voltage underground electrical distribution network. Responsible for the Arc Flash Hazard Analysis performed by a team of four electrical engineers covering over 1800 electrical buses and producing more than 1,400 NFPA 70E compliant labels. CH2MHILL qvlob MEETING YOUR REQUIREMENTS • 22 years of experience. • Registered California Electrical Engineer. • Extensive power generation experience. • Power distribution systems experience involves high - voltage distribution substation and distribution design. • Electrical machinery application experience involves high- and medium - voltage synchronous and induction motor application. Water Pollution Control Facility Infrastructure Replacement Project, City of Las Vegas, NV Lead Electrical Engineer I Ongoing Lead electrical design engineer for a new 30 mgd Biological Nutrient Removal (BNR) to replace aging infrastructure at the Water Pollution Control Facility. The electrical design includes the replacement of eight NV Energy overhead 12.47 kV services with all new, city -owned underground primary distribution throughout the existing site. 12 kV vacuum and fused switchgear will APPENDIX I DISCIPLINE EXPERT RESUMES 178 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Aaron Hall, P.E. I POWER GENERATION, CO- GENERATION, AND COMBINED HEAT /RECOVERY Experience: 15 Office Location: Henderson, NV Education: BS Electrical Engineering, California State University, 1993 Registration: Professional Engineer: CA, NV, AZ, CO Affiliations: Institute of Electrical and Electronic Engineers; Instrument Society of America; American Indian Science and Engineering Society be SCADA controlled to maximize reliability, availability, and safety in operation. Advanced electrical optimization data will be collected over an Ethernet protocol intelligent 1/0 network dedicated to the electrical installation. The electrical cutover will be performed to minimize outages to the existing plant. The electrical design also includes power distribution, lighting, and control for the new treatment plant. Southwest Water Reclamation Facility; City of Henderson, Henderson, NV I Electrical Engineer 2011 Lead electrical engineer through construction, testing, startup, and integration of this 8 mgd reclamation facility. The facility utilizes membrane bioreactor (MBR) treatment technology in conjunction with ultraviolet disinfection to clean and highly treat wastewater primarily for reuse on Henderson golf courses. Mr. Hall was part of the Joint Test Group, responsible for startup and test planning, sequencing, and scheduling. Additional tasks included utility coordination, electrical systems analysis assistance, protective device setting and verification, electrical witness testing, arc flash labeling and mitigation, inspection, harmonic frequency testing, analysis, and mitigation, and other performance improvement activities related to the power distribution system. North Las Vegas Water Reclamation Facility, NV Electrical Engineer 12011 Led electrical engineering services during construction for major portions of the 25 -mgd facility, including the MBR facilities, disinfection system, and the operations building. The treatment process features screening and grit removal followed by MBR treatment with chlorine disinfection and solids processing for disposal to landfill. Served as the local electrical engineer for submittal review, requests for information or substitution response, on -site inspection, equipment failure technical input and resolution, utility coordination, systems testing, and operator training. Lake Mead Intake No. 3, Southern Nevada Water Authority (SNWA), Boulder City, NV I Electrical Design Team Leader and Control Systems Design Team Leader I Ongoing Electrical and control systems design team leader for all portions of this project including the station alternatives selection, preliminary equipment selection, and final design processes. Gippsland Water Factory; Gippsland Water Factory Alliance; Traralgon, Victoria, Australia Commissioning Engineer 12009 Commissioning team leader on the design- and - build, 35 MLD wastewater treatment and recycling system comprised of seven transfer system pump stations, industrial and domestic wastewater treatment trains that include membrane, bioreactor, and reverse osmosis treatment processes. The Gippsland Water Factory (GWF) utilizes SF6 switchgear for its 22 kV underground primary distribution system and includes a remote micro - hydroturbine induction generation plant. Ely Energy Center; Nevada Power Company; Ely, NV I Distribution Power Coordinator 1 2007 Coordinator for 69 -kV and below overhead electrical distribution to facilities associated with the proposed 1500 -MW, coal- fired, Ely Energy Center, estimated at $3.213. Coordinated electrical service capacities, required voltage levels, locations, reliability requirements, and distribution system completion schedules for new services at the power plant site and associated facilities, including the proposed, 500 -kV Robinson Summit Substation, and more than 250 miles of new 500 - kV and 345 -kV transmission lines. 79 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd 1 Alternative Energy — Others Ms. Jackson has 15 years of experience in the energy field includ- ing energy- efficiency and renewable energy. Her primary area of expertise is commercial, grid- connected solar photovoltaic (PV) plant development. She is experienced in developing electrical designs and specifications for PV systems in the conceptual design and construction phase. Her related experience and skills include: supporting key clients with renewable energy engineering projects; providing consulting engineering and technical assistance to the Department of Energy Solar America Cities Initiative; and support- ing large industrial clients with carbon reduction and renewable energy initiatives. RELEVANT PROJECT EXPERIENCE 100 MW Solar PV Plant, Carbon Free, Ontario, Canada I Project Engineer I Ongoing Reviewing 50% and 90% drawings and documents for a 100 MW PV plant including single -line diagrams, DC electrical calculations, shading analysis, short circuit studies, and equipment specifications. Preliminary Designs, PACIFICORP, OR I Project Engineer I Ongoing Provided preliminary designs for a 3 MW PV plant including high -level electric configuration, conceptual layouts and land requirements; performed total plant performance modeling and parametric analysis of inputs and assumptions using PVSYST; and provided PV technical specifications for utility -scale PV projects in Oregon and Utah. Engineering Analysis, Helios Energy, Ontario, Canada I Project Manager 12013 Provided preliminary engineering analysis (structural and electrical) of rooftop PV plants; provided state of technology updates and site assessment tools for potential solar sites; completed utility applications to determine impact of PV plant on power grid at point of interconnection. Arizona Public Service, AZ I Owner Engineer 12010 Provide technical services to support the client RFP efforts for utility -scale solar PV projects in Arizona; provided language and input forms for prospective bidders to complete performance estimate input information. Confidential Client I Project Engineer 12012 Provided preliminary designs for 20 MW PV plant including conceptual layouts and high -level electrical configurations; comparing performance and land requirements of different module technologies and fixed tilt vs tracking system; modeling power plant performance including parametric analysis of inputs and assumptions using PVSYST; evaluating the solar resource CH2MHILL MEETING YOUR REQUIREMENTS • 24 years of experience. • Expertise in energy field including energy efficiency and renewable energy. • Strong background in PV power plant performance modeling. at the site; coordinating an analysis of interconnection options for a PV plant at an existing power plant site; evaluating OEW requirements of PV plants. U.S. Navy, Southwest Division - Design Considerations for a PV System on A Closed Landfill in Box Canyon, Marine Corps Base Camp Pendleton, CA I Project Engineer 2012 Reviewed permitting design considerations and recommendations for a PV system as it related to the stability, settlement, bearing capacity, drainage control, landfill gas control, and cover system on a capped landfill. Provided feedback to the engineering team regarding PV components and construction considerations that may be impacted by the recommended design consideration. APPENDIX I DISCIPLINE EXPERT RESUMES 180 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Jaya Jackson I ALTERNATIVE ENERGY - SOLAR, WIND, AND OTHERS Experience: 38 Office Location: Dallas /Fort Worth, TX Education: MS, Environmental Studies, Baylor University, 1997 BS Electrical Engineering; Virginia Tech, 1991 Affiliations: American Solar Energy Society Society of Women Engineers Texas Solar Energy Society Texas Renewable Energy Industries Association North Brunswick Water Treatment Plant, North Brunswick, NJ Project Engineer 12009 Provided engineering support involving submittal reviews for the design and construction of a 67 kW PV system on a renovated water treatment plant. Addressed interconnection and design issues including component specification and interaction with existing electric service. CLE ELUM — Washington State Project Engineer 12011 Provided engineering support for a permitting analysis for a utility -scale PV plant, initial phase approximately 80 MWDC. Support included solar site assessment, conceptual layout and description of system components. City of Portland Water Bureau Carpenter Lane Site , Gresham, OR Project Engineer 12011 Assisted in compiling details for a Technical Memorandum summarizing the solar site assessment and preliminary design of a 5 MWDC solar PV power plant. Saudi Arabia Airlines — Saudi Arabia I Project Engineer Ongoing Provided conceptual electrical design, technical specifications, and performance estimates for PV systems on various structures at their planned industrial complex, Sinnovate Technology Hub in King Abdullah Economic City, in order to achieve a LEED rating. DYNEGY —Multiple US Sites Project Engineer I Ongoing Implementing an energy efficiency and renewable energy (EERE) plan for client's facilities throughout the US. Activities include a desktop assessment of sites for EERE project opportunities, categorizing them into tiers based on metrics identified by the team (such as energy savings, return on investment, etc.) and creating implementation plans for projects identified jointly by the team based on prioritization ranking in the tiered categories. Masdar PV Project , Abu Dhabi, United Arab Emirates I Project Engineer 12010 Provided reach -back support for the 10 MW PV plant as Owner's Engineer for client. Support included reviewing construction submittal documents such as engineering drawings and component specifications, and the plant commissioning procedure. USTDA Owner Engineer PV Projects, Rajasthan and W. Bengal, India I Project Engineer and Assistant Project Manager I Ongoing Assisting in management of a feasibility study for two PV plants (50 MW and 5 MW), provided RFP support to secure EPC contracts including project and equipment specification /scope of work and preliminary designs; conducted solar resource assessment at both project sites which included installing solar monitoring station equipment, collecting and analyzing the data over a 12 -month period, and managing a data correlation analysis with satellite data to better estimate PV energy production at the sites. Recurrent Energy Multiple 10 MW Solar PV Plants — Ontario, Canada Project Engineer 12014. Wrote initial technical specifications for PV EPC contractor; completed design reviews of construction drawings; reviewed all DC electrical calculations including string sizing, voltage drop, and shading analysis; and performed O.A /QC checks of all required commissioning steps and documentation. Solar America Cities, Multiple Locations, Orlando, FL I PV System Commissioning Project Engineer 1 2009 PV System Commissioning Project Engineer, provided engineering support to commission a 1 MW rooftop PV system on the Orange County Convention Center; support included developing the commissioning plan (checklists, data tables, start up and acceptance procedure) and on -site commissioning and start -up. PV Site Assessments Santa Rosa, CA I PV Site Assessments Task Lead 12009 Completed 10 engineer reports in support of 6 local entities submitting Clean Renewable Energy Bond (CREB) applications. Engineer reports included observations from physical site assessments, modeling results and proposed PV system layouts. 81 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Instrumentation and Controls /SCAB Programming Ben has 20 years of experience working on instrumentation and control system projects for water pumping systems, and water and wastewater treatment facilities, providing design specifications and process and instrumentation diagrams (P &ID) programmable logic controller (PLC) and human - machine interface (HMI) programming and field startup services. He is knowledgeable in the following PLC /RTUs: Motorola Moscad, Control Microsystems SCADAPack, Modicon Quantum series, Allen Bradley SLC500 & ControLogix family, Siemens S7 -300 & T1505, Automation Direct DL -205, GE Fanuc 90 -30. RELEVANT PROJECT EXPERIENCE City of Roseville SCADA Replacement Project, Roseville Environmental Utilities, Roseville, CA I Lead IOC Engineer I Ongoing Responsible for development of a 60% drawings and specifications package used in a SCADA system replacement project RFP to select a control systems integrator (CSI). Project will replace a Transdyn HMI with new GE -IP iFix HMI and Proficy historian software. Design includes a network topology for three treatment plants where each plant will use multiple servers running multiple virtual machines, PC- over -IP zero client operator workstations, and new managed network switches in the server rooms and at field locations, with the entire SCADA system communicating over existing City and plant fiber optic infrastructure. Incline Village SCADA System, Burnt Cedar Water Disinfection Plant, Incline Village, NV I Lead IOC Engineer 12012 Responsible for I&C system design of a new disinfection plant control system including specifications, ten sheets of P&IDs, including instrumentation specifications for IVGID procured equipment consisting of Ultra Violet Reactors and Ozone Generator systems and associated P&IDs. Worked as a team members to ensure that proper monitoring and control devices were provided. Also leading the supervisory control and data acquisition ( SCADA) application software development for the new PLC HMI. Freeport Regional Water Project, Freeport, CA I Lead Control System Startup Engineer 12011 Responsible for startup of eight 2000 hp medium voltage pumps operating on adjustable frequency drive systems in order to pump any flow rate between 15 MGD to 185 MGD through fifteen miles of 84 -inch pipe, five miles of 72- inch CIH2NIHILL qW MEETING YOUR REQUIREMENTS • 20 years of experience. • Registered California Electrical Engineer. • Highly experience in I&C on WWTP systems. • Knowledgeable in Microsystems SCADAPack. pipe and two miles of 66 -inch pipe. Operation of the system includes a flow splitting facility with motorized valves to direct water to either or both endpoints, a flow control facility to meter water into a new water treatment plant at flow rates between 15 MGD and 85 MGD, and a terminus structure to monitor flows going into the canal. Presented over 40 hours of control system operations and maintenance training to operators, maintenance staff, and management staff. Potable Water Plant Raw Water Pumping, Filter Controls and High Service Pump room SCADA Implementation and Upgrades, Clearlake Oaks County Water District, Clearlake Oaks, CA I Lead IOC Engineer /Programmer I Ongoing Replaced filter room GE Series 1 PLC and Control Microsystems RS -485 controller with a Control Microsystems SCADAPack 32 RTU and replaced high service pump room Control Microsystems RS- 484 controller with SCADAPack APPENDIX I DISCIPLINE EXPERT RESUMES 182 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Benjamin Francis, P.E. I INSTRUMENTATION AND CONTROLS /SCADA AND PROGRAMMING Experience: 20 Office Location: Redding, CA Education: BS Electrical Engineering, Gonzaga University, 1993 Registration: Professional Engineer: CA Affiliations: International Society of Automation 32 RTU. Replaced RS -485 serial communications with Fast Ethernet. The Plant HMI was is National Instruments Lookout 6.5. This control system can be monitored and programmed remotely over the internet with a Remote Desktop Connection as part of an on -call service agreement. Tinker Road Storage Tank and Pump Station, Placer County Water Agency, Rocklin, CA I Lead 16C Engineer 12006 Responsible for seven sheets of instrumentation and control drawings, along with two new master details and development of 18C specifications. Worked with process leads and client to ensure the proper instrumentation and control system devices were provided in the design. Providing services during construction by holding electrical and 18C coordination meetings and submittal reviews. The facilities will include 3.3 -mgd and 7 -mgd pump stations in a 120 -foot by 40- foot building, a 10- million - gallon aboveground prestressed concrete storage tank, site piping, access roads and turnaround areas, and landscaping. Design of this facility was completed using a 3 -D model. " I have found CH2M HILL'S SCADA team working on the Freeport ; Regional Water Authority (FRWA) project to be very professional and would highly recommend them for future work. The project so far has gone very well, we had excellent workshops that helped direct a very large group with diverse needs to a common agreement on an approach for the project. These workshops were masterfully run. We have had numerous follow up meetings on screen development that ; were very productive and satisfying. The group was willing to make ; : changes to draft work products to ensure that we were happy with ; the end product. The technicians listened to what our needs were and came through with great graphics and screens that accomplished those goals. The in -the -field technicians have been excellent support, very patient with teaching concepts to field staff, answering questions, and ; making modifications to screens and programs as necessary to support the ongoing project. These interactions occurred at the remote sites as well as the intake. The group takes changes in stride and is very willing to answer questions and make modifications to work in progress to accommodate changes in other portions of this very large project. They are easy to reach and quick to respond. ; : 1 think the thing that they do the best is communicate. They listen very ; well to the customer's needs and suggest and then implement the necessary steps to accomplish the work in a timely manner." —Vicki Butler, Operations Manager, Sacramento County ; Department of Water Resources, Sacramento County Water ; Agency ; Hill Canyon Wastewater Treatment Plant (HCTP) Phase III, City of Thousand Oaks, Thousand Oaks, CA I Staff Engineer 12005 Performed the design work for 10 sheets of P81D drawings, along with 4 new master details and development of 18C specifications, for Phase III of the treatment plant expansion. Worked with process leads to ensure the proper monitoring and control devices were provided. Provided SCADA system programming support for the processes of Phase III expansion. Rock Creek Advanced Wastewater Treatment Plant (AWTP) Phase 5, Clean Water Services, Hillsboro, OR I Staff Engineer 12001 Performed PLC and HMI programming and field startup for processes at the plant, including a filter backwash system, digester feed pumps, and gravity belt thickeners. Provided documentation and programming of the Siemens T1505 PLC and Intellution's IFix HMI software. This involved working with electricians, technicians, equipment vendors and plant staff to verify 1/0 connections, calibrate instruments, and provide operator training. 83 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd 1p0dor ntrol 1 ' Scott has 28 years of experience in HVAC and odor control design, and is a recognized expert in HVAC and odor control technologies, including evaluation, selection, and implementation. He has acted as Lead Technologist on odor control masterplan projects includ- ing both collection systems and wastewater treatment plants. He has been the lead odor control designer on several large, complex wastewater treatment facilities with systems as large as 1,000,000 cfm; involved with high visibility odor control projects requiring close synergy with architects to achieve a visually appealing de- sign. He has presented on the topics of odor control technologies and design considerations for WEF odor /air specialty conferences, WEFTEC, and at local conferences and workshops; and authored more than 10 papers on the topic of odor control. RELEVANT PROJECT EXPERIENCE NWWWTP Odor Evaluation, El Paso Water Utilities, El Paso, TX Lead Odor Control Engineer 12013 Lead odor control engineer for complete site odor assessment, air dispersion modeling, collection system analysis, and evaluation of odor control improvements required to meet offsite odor goals. Work included extensive site air sampling, sample laboratory analysis, and liquid phase treatment and vapor phase treatment evaluations. Odor Control Phase III, Delta Diablo Sanitation District, Antioch, CA Lead Odor Control Engineer 12008 Provided complete design for several odor control systems serving a headworks facility, biotrickling towers, and several pump stations. Systems included biotowers, a large biofilter, and liquid phase hypochlorite feed systems. Extensive collection system modeling performed. Completed performance assessment to validate improvements for meeting offsite odor goals. Brightwater WWTP, King County, WA I Lead Odor Control Engineer Ongoing Provided comprehensive odor control design for > 500,000 cfm of treatment capacity. Odor control technology consisted of biotower plus chemical scrubber plus four -bed carbon vessel. Worked closely with architects, landscape architects, and local artists to make plant showcase and source of community pride. Exposed odor control ductwork was minimized by burying. Very stringent offsite odor criteria (1 D /T). Gippsland Water Factory, Victoria, Australia Lead Odor Control Engineer 2007 Provided complete odor control design for a new wastewater treatment facility. Design included a large bio- trickling filter system, multiple covers, activated sludge odor pre- treatment, and extensive modeling for meeting tight offsite odor criteria. CH2M HILL, as part of an alliance, designed, built, CH2MHILL MEETING YOUR REQUIREMENTS • 28 years of experience. • Registered California Mechanical Engineer. • Experienced in collection system odor control. • Comprehensive odor control masterplan experience. • Expertise in the evaluation and application of vapor phase technologies. commissioned, and operated the plant for an initial 2 -year period. The plant is a 9 mgd wastewater treatment and recycling facility for Gippsland Water in Victoria's Central Gippsland region. The project was built around an innovative solution to the problem of industrial and municipal effluent disposal and nutrient removal in the Latrobe Valley. Agua Nueva WRF, Pima County, AZ I Lead Odor Control Engineer 2014 Lead odor control engineer for design of an engineered media biofilter system and carbon adsorption system. Biofilter design was unique in that the biofilter infrastructure was designed around a proprietary engineered media as opposed to using a more costly packaged system approach. Carbon system was designed to serve the bioreactor basins, which typically exhibit lower odor emissions. Design was intended to meet strict offsite odor goals. A sophisticated odor monitoring system with multiple Enoses was APPENDIX I DISCIPLINE EXPERT RESUMES 184 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Scott Cowden, P.E. I ODOR CONTROL Experience: 28 Office Location: Corvallis, OR Education: BS Mechanical Engineering, University of California System – Santa Barbara, 1986 Registration: Professional Engineer: WA, AZ, OR, CA, MN also included in the design. Agua Nueva uses dissolved air flotation for primary clarification at the beginning of the liquids train, rather than in solids— creating a highly compact treatment process with improved nutrient removal. The world's first such large -scale application, this arrangement combines grit removal, flocculation, solids liquid separation, and solids thickening into a single step, providing an already thickened sludge ready for processing at significantly reduced costs. Chobani Industrial Pretreatment Facility, City of Twin Falls, ID Senior QA /QC Reviewer 2014 Acted as senior QA /QC reviewer for the selection and design of a packaged biofilter vapor phase odor control system serving a Yogurt production facility pre- treatment system. The wastewater pre- treatment system consists of a dissolved air flotation (DAF) packaged system and a UASB package system. Odors were predicted to be high due to process characteristics and high sulfate levels. The odor control system was to serve the DAF sludge holding tank, UASB sludge holding tank, UASB reactor, and UASB mixing tank. Odors from the facility were higher than originally anticipated and therefore required process changes to prevent odor breakthrough at the biofilter system. Odor Control Improvements, Sausalito — Marin City Sanitary District, Sausalito, CA I Lead Odor Control Engineer /Design Manager 2006 Provided complete odor control design services for odor control systems serving primary clarifier, fixed film reactors, and sludge thickener. Odor control technology consisted of sole- sourced biotrickling towers. Project challenges included constrained site and plant process improvements occurring simultaneously with design. Towers were located on top of an existing building that required seismic retrofit. Installation required placement using ocean barge with crane from San Francisco Bay. Provided services during construction. Odor Control Concept Evaluation Study, Orange County Sanitation District, CA I Lead Odor Control Engineer 12011 Evaluated the suitability of a previous odor control design approach developed by a different consulting firm for serving headworks facilities. Also included review of existing chemical scrubber odor control facilities in the scope, along with review of odor emissions from collection systems, review of ventilation rates at headworks structures, and review of viable treatment options. Wilsonville Wastewater Treatment Plant Improvements, City of Wilsonville, OR I Lead Odor Control Engineer 12013 Lead odor control engineer for design of an engineered biofilter system and dispersion air system. Biofilter design was unique in that the biofilter infrastructure was designed around a proprietary engineered media as opposed to using a more costly packaged system approach. Dispersion air system was designed to serve the aeration basins expected to exhibit lower odor emissions. Design was intended to meet strict off site odor goals. Pima County Water Reclamation Facility, Pima County, AZ I Lead Odor Control Engineer 12012 Responsible for design of an engineered biofilter system and carbon adsorption system. Biofilter design was unique in that the biofilter infrastructure was designed around a proprietary engineered media as opposed to using a more costly packaged system approach. Carbon system was designed to serve the bioreactor basins, which typically exhibit lower odor emissions. Sludge Stabilization and Loading System, 200 West Area P&T Lime Stabilization, U.S. Department of Energy; Richland, WA I Lead Odor Control Engineer 12010 Responsible for the design of two multi -stage chemical scrubber systems for serving a lime stabilization sludge handling system. Design challenges included remote chemical metering pump systems, stack emissions sampling system, and lime filters. 2008 Update to Wastewater Treatment Plant Odor Control Focus Areas, Dublin San Ramon Services District, CA I Lead Odor Control Engineer 12009 Updated the earlier odor control master plan for the WWTP, with an emphasis on specific focus areas. Work included extensive site sampling, dispersion modeling, and development of alternatives and technology selection for odor control improvements to meet strict off site odor goals. 85 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Keith Bourgeous, Ph.D., P.E. Associate and principal technologist for tertiary filtration and disinfection. Involved in the design, procurement, validation, startup, and troubleshooting of UV disinfection systems of all sizes. Conducted numerous bench -scale tests of UV, chlorine, ozone, and peractic acid on secondary and tertiary effluents. Has a deep understanding of how filtration affects different disinfection technologies. Dr. Bourgeous has conducted numerous bench - scale tests of UV, chlorine, ozone, and peractic acid on secondary and tertiary effluents. From this work, Keith has gained a deep understanding of how filtration affects different disinfection technologies. RELEVANT PROJECT EXPERIENCE Tertiary Filtration Technology Evaluation, City of San Jose, CA Project Engineer 12015 Performed a tertiary filtration technology evaluation in which the filtration options were identified and evaluated for treatment of 145 mgd and 35 mgd of effluents used for bay discharge and Title 22 recycling applications, respectively. Soscol Wastewater Treatment Plant Master Plan, Napa Sanitation District, CA I Process Engineer 2013 Participated in the tertiary filtration capacity testing that was performed to determine acceptable filter loading rates under various operational conditions. Westside Regional Wastewater Treatment Plant Tertiary Filtration Evaluation Study, City of Daytona Beach, FL I Process Engineer 2011 Conducted an assessment of the condition and hydraulic capacity of the existing filtration system. Northwest Water Reclamation Facility Tertiary Filter Rehabilitation Design, City of Mesa, AZ Technical Advisor 1 2016 Designed the replacement of an existing traveling bridge filter with two options — a new traveling bridge filter or a diamond cloth media filter. Northwest Water Reclamation Facility Tertiary Filter Evaluation, City of Mesa, AZ I Technical Advisor 12016 Performed a tertiary filtration technology evaluation for replacement of the 12 mgd of existing traveling bridge filters with new traveling bridge or cloth media filters and developed a design concept report. Perris Valley Regional Water Reclamation Facility Expansion, Eastern Municipal Water District, CA I Technical Advisor 12007 The project increased tertiary treatment capacity from 7 to 22 mgd and included cloth media disk filters, equalization basins, new influent pumping, flocculation basins, chlorine E�§61 @ @9S"S,Y %'Fr kV2jll'Rftl .�I WSW@ MEETING YOUR REQUIREMENTS • 15 years of experience. • Registered California Civil Engineer. • Coauthor of the filtration portion of the EPA Water Reuse Manual. • One of the seven expert reviewers of the National Water Reuse Institute's UV Guidelines. contact basins, chemical facilities, a chlorine scrubber, effluent ponds, and effluent and utility water pumping. Parkson DynaSand° EcoWashT°" Title 22 Full -Scale Filter Testing Technical Advisor 12013 The DynaSand® EcoWashTM system allows continuous filtration with intermittent sand washing resulting in lower reject water generation. The full -scale filter testing was conducted to obtain California Department of Public Health acceptance so that the DynaSand® EcoWash'" could be used in tertiary recycled water applications. Nova Water Technologies Ultrascreen® Title 22 Pilot Testing Project Manager 12010 The Ultrascreen® Microfilter is a new filtration technology that can operate at twice the hydraulic loading rates of other disk filtration technologies. The pilot testing was conducted and conditional acceptance of this technology was granted by the California Department of Public Health for disinfected tertiary recycled water applications. APPENDIX I DISCIPLINE EXPERT RESUMES 186 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Keith Bourgeous, Ph.D., P.E. I TERTIARY FILTRATION Experience: 15 Office Location: Sacramento, CA Education: PhD Civil /Environmental Engineering, University of California, Davis, 2002 MS Civil /Environmental Engineering, University of California, Davis, 1998 BS Civil Engineering, California State Polytechnic University, Pomona, 1996 Licenses: Civil Engineer, CA Affiliations: California Water Environment Association Water Environment Federation Recycled Water Facilities, Central Contra Costa Sanitary District, CA Project Engineer 12014 Evaluated the performance of the existing full -scale granular media filters and performed bench -scale coagulation, flocculation, and filtration testing to identify ways to improve the performance of the existing filters and to identify viable replacement alternatives. Tertiary Filter Condition Assessment, Central Contra Costa Sanitary District, CA I Project Engineer 12014 Performed a filter condition assessment on the existing granular media tertiary filters that included media depth, coring and sieve testing, solids retention profile testing, and backwash system evaluation. Recommendations were made to correct filter deficiencies and improve filter performance. Surface Water Treatment Facility, City of Lodi, CA I Transition Management 12014 Provided training to City operators for the Lodi's 10 -mgd microfiltration Surface Water Treatment Facility. Assisted in development of standard operating procedures, startup testing, California Department of Public Health testing, and provided troubleshooting of the unit processes. Water Pollution Control Plant Master Plan, City of Sunnyvale, CA Technical Advisor 12019 Evaluated the use and capacity of the 22.5 -mgd dual media filters that produce effluent for both bay discharge and wastewater reuse activities. Identified feasible filtration options to increase the filter capacity, meet more stringent discharge limits, and produce recycled water continuously. Wylie Water Treatment Plant III Filter Underdrain and Evaluation, North Texas Municipal Water District, Wylie, TX I Project Engineer 12013 Project engineer for the. Performed a filter condition assessment and evaluation on the existing granular media filters at Plant III, which included media depth, coring, and sieve testing, and backwash system evaluation. Recommendations were made to correct filter deficiencies and improve filter performance. Los Osos Wastewater Development Project, San Luis Obispo County, CA I Technical Advisor 12010 Project involved design of a 3.9 -mgd tertiary disk filter system. Utilities Disk Filter Pilot Testing, Orange County Utilities, FL Project Engineer 12010 Assisted the Utility with filter evaluations performed on eight different types of disk filters. The pilot testing on four technologies was conducted to determine what type of disk filter equipment should be procured for installation at the Utilities' wastewater treatment plants. Medford Regional Water Reclamation Facility Technology Evaluation (RWRF), City of Medford, OR I Project Development Team Manager 12004 Provided pilot testing of continuous backwash and cloth disk filtration technologies. The results from this testing was used to select the filtration technology to be used at the RWRF's 2.5 -mgd demonstration water reuse project that will produce Level IV unrestricted reuse reclaimed water. Water Recycling Project, City of Turlock, CA I Technical Advisor 2003 As part of this project, a 20 -mgd ballasted flocculation and cloth media disk filter treatment train was designed and installed for use in the production of recycled water. Other process improvements included new acid -phase and methane -phase anaerobic digesters, primary floatator (DAFT), and disinfection facilities. 87 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd GIS /ESRI Cathy specializes in wastewater collection system planning and hydraulic modeling, and is skilled in ArcGIS. She has modeled the collection systems of more than 15 agencies using InfoWorks (and its predecessor, HydroWorks), and has extensive experience analyzing, geoprocessing, and importing /exporting GIS data for modeling purposes. Cathy frequently uses LiDAR data to obtain manhole rim elevations or review elevation datum issues, and works with billing, parcel, and census, data in ArcGIS to develop wastewater loads for modeling purposes. Cathy has developed Model Builder tools in ArcGIS for processing various GIS data for modeling and has trained end -users on the use of these tools. Cathy effectively coordinates with clients, sub - consultants, and project collaborators to complete quality project work. RELEVANT PROJECT EXPERIENCE Sanitary Sewer Master Plan, Phase II and Phase I Update, City of San Jose, CA I Deputy Project Manager 12013 Cathy led a team of five engineers, including two at the City, to develop InfoWorks models of the City's East and West areas, and to expand and update models of the North, Central, and South areas. The City's sewer system includes 2,200 miles of pipe (with over 460 miles of modeled trunk sewers) and serves a population of nearly 1.2 million. Major model development activities included importing the City's GIS data into the model, validating sewer system data through record drawing review and surveying, developing a GIS model builder process to generate wastewater loads based on parcel, billing, census, and development data; and calibrating model dry and wet weather flows to 132 flow meters. Cathy provided extensive training on modeling and GIS to City staff over the duration of the project. The City and RMC team used the model to develop a capacity CIP totaling $175 million. Cathy continues to provide on -going modeling and GIS training and support to the City as needed. The City's model was originally developed in InfoWorks CS, but on -going modeling is being done in InfoWorks ICM. Sewer Collection System Master Plan, City of San Carlos, CA Project Engineer 12013 Cathy directed the development of an InfoWorks model for the City's Master Plan, prepared a flow monitoring and modeling plan, and coordinated with the flow monitoring subconsultant. Although the City's 4RMQ MEETING YOUR REQUIREMENTS • 15 years of experience. • Registered California Civil Engineer. • Office in San Jose. • Extensive experience analyzing, geoprocessing, and importing /exporting GIS data for modeling purposes. • Highly skilled in ArcGIS and InfoWorks. sewer system is relatively small at just over 100 miles of pipe, the system is quite complex, containing numerous flow splits (diversions) and several pump stations. Although the City had recently created GIS layers of its system, the sewer system data needed for modeling was contained in various spreadsheets and databases. Cathy compiled the various data, identified the most reasonable data, and supplemented the available data with LiDAR ground elevations and results from field inspections where necessary. Model wastewater loads were developed using ArcGIS based on a combination of parcel, billing, and census data. APPENDIX I DISCIPLINE EXPERT RESUMES 188 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Cathy Greenman, P.E. I GIS /ESRI Experience: 15 Office Location: San Jose, CA Education: MS, Civil and Environmental Engineering, Stanford University, 2000 BS, Civil Engineering, Stanford University, 1999 Registration: Professional Civil Engineer, CA Affiliations: Water Environment Federation California Water Environment Association Sanitary Sewer Hydraulic Modeling Er Capacity Assessment, City of Berkeley, CA I Project Engineer 12013 Cathy built and calibrated an InfoWorks model of the City's sewer system based on the City's GIS data and flow monitoring data from over 40 sites. Due to numerous missing manhole elevations, Cathy used LiDAR data to generate manhole rim elevations for the model. Cathy developed model wastewater loads using ArcGIS based on billing and parcel data, and coordinated with the City's planning department to develop future projections. Strategic Plan Update, Orange County Sanitation District, CA Lead Modeler and Project Engineer 12006 Cathy developed and calibrated an Infoworks hydraulic model of the District's trunk system and applied this model to analyze system deficiencies and potential improvements. The District is a regional agency serving 2.5 million people in a 471 square mile service area. Member agencies throughout north Orange County discharge to its trunk sewer system. The model included over 400 miles of pipe, over 80 diversion structures, and 17 pump stations, and was calibrated based on 150 flow meters. During the model development process, Cathy adjusted the modeled pipes to a common vertical datum (NAVD 88) based on review of selected as -built drawings and comparison to a historical benchmark database maintained by Orange County. Cathy trained District staff on use of the model through two formal training sessions, as well as on -site informal training. Other Wastewater Collection System Master Plans and Modeling Projects I Modeling and GIS Cathy has developed models, provided modeling and GIS support and technical expertise, and has trained agency staff on numerous projects over her 15 -year career. The list below includes a selection of additional projects (most in InfoWorks; all using ESRI GIS software). • Sewer System Master Plan, Redwood City • Sewer System Capacity Assessment, City of Santa Clara • Wet Weather Conveyance and Treatment Evaluation, Sausalito - Marin City Sanitary District • Sewer System Flow Monitoring and Hydraulic Modeling, City of San Mateo, Town of Hillsborough, and Crystal Springs County Sanitation District • Sewer Master Plan, City of San Bruno • Sewer System Master Plan, City of Santa Ana • Sewer Evaluation and Capacity Assurance Plan, City of Watsonville • Modeling Support for District 6 and Gisler- Redhill Design Projects, Oange County Sanitation District • Water and Sewer Master Plan, City of Pomona • Sewer Capacity Assessment, Little Rock Wastewater Utility • Wastewater Collection System Master Plan, Sammamish Plateau Water and Sewer District • Wet Weather Infrastructure and 1/1 Studies, East Bay Municipal Utility District (Model training only) 89 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Environmental Site Assessments John is an environmental scientist with 41 years of experience in environmental audits, EMS, and environmental protection assisting federal and local government and industrial clients in implement- ing environmental management systems that reduce cost and risk while assuring compliance with regulatory requirements. He has performed multimedia environmental, health, and safety audits for numerous industries, served as a consultant on international audits, and worked with Fortune 500 companies to improve their internal audit programs. RELEVANT PROJECT EXPERIENCE ANG ESOHCAMP Assessments, Nationwide I Environmental and EMS Assessor 12008 Assessed EMS and additional environmental media areas including natural resources, hazardous materials, drinking water, hazardous waste, wastewater, and natural resources using federal, state, and Air Force inspection protocols. Provided daily out - briefs on findings; and worked closely with Base personnel to identify the root causes and potential corrective actions. Helped drive improvements in approaches to quality control /quality assurance review process, improved in -brief and out -brief to help provide programmatic perspective and focus efforts on addressing risk and improving performance. USACE /Chevron /California Office of State Publishing /Various Confidential Clients, Nationwide Environmental Project Manager Ongoing Managed and prepared more than 30 regulatory documents and permit applications at multiple locations, including stormwater pollution prevention and monitoring plans, SPCC plans, National Pollutant Discharge Elimination System (NPDES) permit applications and best management practice plans, risk management and prevention program plans, hazardous materials management plans, reports of disposal site information, and reports of waste discharge. Pacific Gas Er Electric Company Program, CA I Environmental Manager I Ongoing Managed multidisciplinary program providing a variety of environmental services to PG&E, including environmental investigations of a former manufactured gas plant site, stormwater permitting and environmental compliance on natural gas transmission pipeline testing and replacement, power plant decommissioning, and power plant and transmission line siting and licensing. Prepared program - wide environmental compliance management plan, performed environmental compliance audits, and provided environmental compliance support to program staff. wCH2MHILL MEETING YOUR REQUIREMENTS • 41 years of experience. • Office in Oakland. • Qualified California Storm Water Pollution Prevention Plan (SWPPP) Developer. • Conducted hundreds of environmental regulatory compliance and environmental management system audits. Travis AFB, CA I EMS Implementation Task Manager 2009 Led team that developed documentation and implemented key features of the environmental management system at Travis AFB. Following a USAF external compliance assessment, the EMS was awarded a "Best in the Air Mobility Command" distinction. RCRA Documents, USACE/ Safety - Kleen, Various Locations Nationwide I Project Manager and Senior Reviewer 1 1996 Managed and participated in preparation of more than 20 RCRA and state - equivalent Part B permit applications, closure plans, waste analysis plans, and waste classification evaluations. Projects included extensive regulatory agency negotiation over permit conditions. APPENDIX I DISCIPLINE EXPERT RESUMES 190 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan John Blasco, SWPPP I ENVIRONMENTAL SITE ASSESSMENTS Experience: 41 Office Location: Oakland, CA Education: BA Biology, University of California, Berkeley, 1973 Registration: Certified Professional in Storm Water Quality (No. 0883); Qualified Storm Water Pollution Prevention Plan (SWPPP) Developer, CA (No. 23802) Chevron /IBM /Dow /Century Aluminum /Volvo Trucks North America /Various Locations, Confidential Clients and Law Firms Audit Manager I Ongoing Managed, performed, and participated in multimedia compliance audits of facilities used for chemical and petrochemical manufacturing, mining, primary metal manufacturing, motor vehicle manufacturing, commercial hazardous waste treatment, storage, and disposal, power generation, printing, pulp and paper manufacturing, printed circuit board manufacturing, computer component manufacturing, chemical cleaning, construction materials, and ship building and repair. Mare Island Program, Vallejo, CA Environmental Compliance Manager 12011 Served as environmental compliance manager on multi -site remediation program at industrial shops used for construction and refitting of nuclear submarines and other naval vessels at the former Mare Island Naval Shipyard. Prepared program -wide waste management plan and other program environmental documents; performed waste classification evaluations; performed weekly inspections at remedial construction sites; obtained environmental permits; presented training to subcontractors and program staff; provided environmental compliance support to program staff. Honeywell Program, Nationwide Environmental Compliance Manager Ongoing Served as environmental compliance manager on various remediation projects performed for Honeywell International, Inc., at former locations of hazardous waste recycling, chemical manufacturing, and other manufacturing operations. Prepared environmental compliance plans and other environmental documents; performed waste classification evaluations; performed environmental audits; prepared and presented environmental training; provided environmental compliance support to program staff. National Contingency Plan Compliance (NCP), Various Clients, Various Locations I AProject Team Member 1 2005 Evaluated a variety of remediation projects for compliance with NCP requirements to verify that responsible parties could pursue cost recovery actions under CERCLA. Various Remediation Projects, U.S. Navy, Leboeuf, Lamb, U.S. EPA, Various Locations I Project Team Member I Ongoing Responsible for preparing applicable, relevant, and appropriate requirements (ARARs) for a variety of remedial investigation /feasibility study (RI /FS) projects. 91 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Andrea 1 R Environmental Documentation Ms. Gardner offers more than two decades of planning, policy, and technical experience in managing planning, permitting, public out- reach, and sustainability projects for a range of municipal and infra- structure clients. She has prepared a range of CEQA and NEPA doc- uments, including mitigated negative declarations, programmatic environmental impact reports, and joint environmental impact reports /findings of no significant impact. She has led permitting ac- tivities, including Clean Water Act Sections 404 and 401 authoriza- tions, Section 1602 Streambed Alteration Agreements, and Endan- gered Species Act Section 7 consultation. She served three years on the Albany, California Planning & Zoning Commission, overseeing the update of the General Plan Housing Element; CEQA review pro- cesses for several land development proposals; public outreach for the city's waterfront plan; preparation of the city's Climate Action Plan; and an update of the zoning code. In addition, she has experi- ence with data collection and management approaches, quantify- ing sustainable benefits, and using multi- objective decision analysis techniques to prioritize projects and goals for water, wastewater, and stormwater capital programs. RELEVANT PROJECT EXPERIENCE Geothermal Inc. Facility Closure, PG&E, Lake County, CA I Project Manager I Ongoing Managed the environmental assessment, regulatory permitting, and environmental compliance documentation for closure of a geothermal drilling waste landfill closure. Worked with engineering consultant to develop project implementation approach to minimize the need for mitigation and significantly reduce mitigation costs. Environmental review focused on potential impacts to wetlands resources, oak woodland, serpentine soils, habitat for special- status plant and wildlife species, and cultural resources. Obtained US Army Corps of Engineers Section 404 Permit approval, California Department of Fish and Game Streambed Alteration Agreement, and Regional Water Quality Control Board Section 401 Certification on fast -track schedule. Provided oversight for planning and implementation of public information meeting /open house and other public communication activities. Completed plans and specifications for seasonal wetland and riparian mitigation and constructed mitigation on -site. Oversaw long -term monitoring of performance of constructed mitigation. City of San Mateo Clean Water Program, San Mateo, CA I CEQA Task Manager 12005 Advises the City on development of program alternatives; programmatic CEQA strategy; environmental review requirements for state CH2MHILL qW MEETING YOUR REQUIREMENTS • 23 years of experience. • Expertise in NEPA /CEQA documentation. • Office in Oakland. • Expertise in a range of environmental and sustainability issues. • Expertise in environmental permitting and documentation for wastewater projects. revolving fund applications; and how the CEQA process integrates with the technical analysis and planning for the program. Initiated the preparation of the programmatic environmental impact report, which will be completed on an accelerated schedule. Gas Pipeline Replacement Projects, PG&E, San Francisco Peninsula, CA I Project Manager I Ongoing Manages environmental studies, permitting, and CEQA support for several gas pipeline replacement projects. Issues addressed include rare plants, California red- legged frog, air quality, and water quality. APPENDIX I DISCIPLINE EXPERT RESUMES 192 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Andrea Gardner, PMP, LEED AP BD +C I ENVIRONMENTAL DOCUMENTATION Experience: 23 Office Location: Oakland, CA Education: MA Urban Planning and Environmental Policy, University of California, Los Angeles, 1995 BS Mathematics, Stanford University, 1989 Registration: Project Management Institute: Project Management Professional (PMP ); USGBC: LEED Accredited Professional BD +C; EnvisionTM Sustainability Professional Affiliations: Association of Environmental Professionals American Planning Association Sustainable Plan Development, City of Milwaukee, WI Sustainability Strategist 12013 Facilitated preparation of the City of Milwaukee Sustainability Plan, which addresses a range of sustainability topics including transportation and transit, land use, energy, and water. Developed the stakeholder engagement strategy, which included a public online survey, public meetings, and a tool kit for community leaders to run their own stakeholder meetings. Led the City's Green Team in a facilitated discussion of the results of the stakeholder input, including over 1,000 responses to the public survey, to develop a framework of draft goals and objectives used by the Green Team to develop Plan content. Led preparation of the final Sustainability Plan, authoring several sections, providing senior review of the full plan, and preparing an implementation and reporting process. Focus areas of the plan include energy, water, mobility, food systems, and land Er urban ecosystems. Northern Area Regional Er Ras Tanura Urban Master Plan, Saudi Arabia I Sustainability Lead 12012 Developed sustainability goals and guidelines for integrating sustainability into the Northern Area Regional Er Ras Tanura Urban Master Plan. Documented the sustainability measures that were ultimately incorporated into the Plan, including clustering of housing and improvement of promenades to encourage pedestrian activity; restoration and enhancement of natural spaces; and renewable energy. Combined Sewer Overflow (CSO) Long -Term Control Plan Sustainability Plan, Omaha, NE Senior Sustainability Lead I Ongoing Led a facilitated stakeholder decision analysis process to develop a sustainability plan for this $213 program to improve stormwater management and reduce permit violations. The plan includes sustainability goals and indicators; specific actions to achieve the triple - bottom line goals; a sustainability scorecard and metrics for use on individual projects; and sustainable design guidelines and construction specifications. Tracy WWTP Expansion, City of Tracy, CA I Assistant Project Manager 12014 Served as assistant project manager for engineering analysis and preparation of a facilities plan for expansion from the existing 9.0 mgd capacity to 16.0 mgd, an upgrade of the plant to tertiary treatment, and a new 2 -mile discharge pipeline. The facilities plan included an evaluation of several pipeline routings. The project also included preparation of the environmental impact report, the discharge permit application, and a public outreach program. Dutton Meadows Development Project EIR and Southwest Area Development Projects EIR, Santa Rosa, CA Lead Planner and Project Manager 2007 Created document outline, significance thresholds, approach to tiering from Master EIRs, and strategy for analysis of cumulative impacts to CTS that were used as models for these two EIRs and for EIRs under preparation by other consultants. Led preparation of and authored most sections of the Dutton Meadows Development Project EIR and Southwest Area Development Projects EIR. Both EIRs focused on land use, wetlands, California tiger salamander habitat, historic structures, and traffic for development projects. Upper Penitencia Creek Flood Control and Restoration Project, Santa Clara Valley Water District, San Jose, CA I Task Manager 2007 The creek is a tributary of Coyote Creek in San Jose, and contains critical habitat for steelhead. Primary issues addressed in the draft environmental document included land use, riparian habitat, fisheries, hydrology /water quality, and recreation. Potential land use conflicts varied by alternative but included placement of new flood control channel adjacent to a future BART station and residences, and enlargement of existing creek channel that would encroach on adjacent active commercial land uses. 93 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Surveying Mr. Fox has 37 years of surveying, photogrammetry, civil engineer- ing, and computer application experience with specialized tech- nical expertise in computer applications for data manipulation/ reductions including digital terrain modeling (DTM), CAD and GIS translations, terrain modeling, site and roadway earthwork calcula- tions, and coordinate geometry. Mr Fox has managed surveying and photogrammetric mapping components of over 125 DoD GeoBase Common Installation Picture base mapping projects in the last sev- en years, covering one million acres. He has provided project /task management for more than 125 roadway, pipeline, and public works improvement projects and large -scale mapping projects covering more than one million acres. RELEVANT PROJECT EXPERIENCE Central Valley Floodplain Evaluation and Delineation, California Department of Water Resources Assistant Program Manager /Task Manager 12011 Led the hydraulic model development for the 2,000 square mile area located at the Upper Sacramento River including LiDAR terrain data and digital imagery acquisition and development. The project included more than 200 miles of bridge/ structure surveys, bathymetry surveys, and low -flow, wet channel field surveys to obtain underwater channel geometry to support HE- CRAS hydraulic modeling effort. The surveying and base mapping aspects of the project were performed in compliance with FEMA Appendix M guidelines. Emory Poundstone Pumping Plant and Fish Screens, Reclamation District 108, Grimes, CA I Surveyor of Record 12007 Provided technical scoping, estimating, and quality control review for surveying and aerial mapping. Provided design - quality mapping for a concrete fish screen /pumping plant structure, sheet pile retaining walls for the north and south access roads, a log boom, and 4.3 miles of new concrete -lined canal to convey the water to the three irrigation service areas. Fish Passage Improvement Project at Red Bluff Diversion Dam, Tehama - Colusa Canal Authority, Red Bluff, CA I Surveyor of Record 12012 Provided design - quality mapping for the $230 million project that includes 2,500 -cfs pumping plant and 1,118- foot -long fish screen structure with 60 screen bays, 7 fish refuge bays, 4 automated screen cleaning H2MHILL MEETING YOUR REQUIREMENTS • 37 years of experience. • Professional California Land Surveyor • Registered California Civil Engineer. • Surveying and photogrammetry for data manipulation. • Digital terrain modeling and digital /GIS base mapping. mechanisms, and a sediment jetting system. The project also features a siphon to convey water from the pumping plant across Red Bank Creek to the Tehama - Colusa and Corning Canals, a forebay, a 660- foot -long access bridge across Red Bank Creek, and automated control and monitoring systems. Irrigation System Rehabilitation, Byron- Bethany Irrigation District, Byron, CA I Surveyor of Record 2004 Provided technical scoping, estimating, and quality control review for surveying and aerial mapping, including GPS photo control surveys, orthophoto plan sheet production, , digital terrain modeling and contour mapping, and subcontractor APPENDIX I DISCIPLINE EXPERT RESUMES 194 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Bill Fox, P.E., P.L.S. I SURVEYING Experience: 37 Office Location: Redding, CA Education: BS Surveying /Photogrammetry, California State University, Fresno, 1973 Registration: Professional Engineer: CA Professional Land Surveyor: CA management /supervision. Mapping was for designing 17 miles of drainage pipelines, 4 miles of ditch enlargements, several road crossings, a major control structure with a radial gate, 1 mile of cast -in -place concrete pipe, lined and unlined canal sections, siphon enlargement, and waste spillways. Pajaro Valley Water Supply Program, Pajaro Valley Water Management Agency, Watsonville, CA I Surveyor of Record 12003 Provided technical scoping, estimating, and quality control review for surveying and aerial mapping, including GPS photo control surveys, orthophoto plan sheet production, digital terrain modeling and contour mapping, and subcontractor management /supervision. Provided design - quality mapping for a 22.3 - mile, 54- inch - diameter import pipeline and 50 miles of irrigation distribution pipeline. High Head Irrigation System, Yakima - Tieton Irrigation District, Yakima, WA I Surveyor of Record 1 2000 Provided technical scoping, estimating, and quality control review for surveying and aerial mapping, including GPS photo control surveys, orthophoto plan sheet production, digital terrain modeling, and contour mapping for construction of 220 miles of 4- inch - diameter to 90 -inch- diameter welded steel pipeline, five pump stations, a small dam and reservoir, screened intake, and two hydroelectric stations. Project Manager GeoBase Projects, Survey /Mapping Services, USAF, Worldwide Survey /Mapping Task Manager 2008 Managed surveying and mapping for more than 30 U.S. Air Force projects that included: USAF Academy, Colorado; 7 airbases throughout the Republic of Korea; and 12 airbases and GSU facilities throughout Europe for USAFE and PACAF Air Commands and several CONUS AFBs throughout the continental U.S., as well as for the Air National Guard, Space Command, and AETC and AFRC Air Commands. Colusa Basin Integrated Watershed Mapping, Willows, CA Surveyor of Record 12006 Provided technical scoping, estimating, and quality control review for surveying and aerial mapping to support the $1.2 million project, including GPS photo control surveys, three accuracy levels of mapping, and DTM. Mapping deliverables included GIS terrain data for direct input to the HEC- GeoHMS. Integrated watershed management plan focused on developing and evaluating numerous alternative methods for reducing flooding impacts while restoring environmental resources in Glenn County and allowing /promoting recreational use. Alternative methods for accomplishing these objectives ranged from watershed restoration and rangeland management measures to foothill and /or valley detention basins within a study area that encompasses nearly 200,000 acres. 95 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd Andrew Finney, RE. Geotechnical Engineering Mr. Finney is a senior geotechnical engineer with 20 years of geo- technical engineering and hydrogeologic experience involving intakes, pipelines, tunnels, structures, retaining walls and water - holding embankment design for levees, canals, and impoundments. His experience includes analysis of soft ground and rock tunneling, settlement, subsidence, landslides, finite - element soil deflection analyses, site surcharge and preload design, seepage analysis, sta- bilization of slopes and walls using tiebacks and soil nails, excava- tion support systems, deep foundation design, and preparation of specifications, drawings, and baseline reports for underground con- struction. He has a strong background in the design and implemen- tation of field exploration programs for hydrogeologic, geologic, and geotechnical purposes. RELEVANT PROJECT EXPERIENCE Bay Delta Conservation Plan; Conceptual Engineering Report Update, CDWR, Sacramento, CA Lead Geotechnical and Tunnel Engineer 12012 Responsible for evaluating conceptual engineering concepts for the entire system, including constructability, and preparing conceptual engineering plans and supporting documentation. Part of a team that developed 86 conceptual engineering plans and a conceptual engineering report in less than 60 days. Work was for the update to the conceptual evaluation and engineering for storage and conveyance elements of California's Bay Delta Conservation Plan. Freeport Intake and Pump Station, East Bay Municipal Utility District and County of Sacramento, Sacramento, CA I Lead Geotechnical and Tunnel Engineer 2009 Responsible for geotechnical design of the $120 million project. Developed geotechnical recommendations for design of intake deep drilled -pier and pile foundation system. Designed deep levee slurry cutoff walls to cut off potential levee underseepage. Prepared plans and specifications for all geotechnical aspects of the project. Prepared Geotechnical Interpretive Report for the project along with a geotechnical baseline report (GBR) for the two deep tunneled crossings. Project was awarded ASCE's Geotechnical Project of the year for California in 2010. Hetch Hetchy Water and Power System, Cherry Water Delivery Improvements Evaluation, San Francisco Public Utilities Commission, Moccasin, CA Senior Tunnel Engineer 12011 Services included providing a preliminary engineering evaluation, cost estimates and implementation plans Work included tunnel inspection of the four primary tunnel reaches and three sections of open channel canal on the Lower Cherry Aqueduct. Work CH2MHILL qW MEETING YOUR REQUIREMENTS • 20 years of experience. • Registered California Geotechnical Engineer. • Registered California Civil Engineer. • Expert in geotechnical engineering and hydrogeologic studies. also included conceptual engineering of a below -grade pumping station installed within granitic rocks to facilitate low level water transfer between Cherry Reservoir and Eleanor Reservoir facilities. Jeffersonville Canal Outfall Project, City of Jeffersonville, IL I Senior Geotechnical Engineer and Lead Tunnel Engineer 12011 Led design of approximately 500 feet of 120 - inch - diameter tunneled outfall pipe to the Ohio River, including a crossing of a USACE flood wall and associated design of deep access shafts, a 100 - foot - diameter secant pile supported pump station shaft, and an associated in -river outfall. Developed soil properties and parameters necessary for geotechnical design. Coordinated with the USACE to develop flood protection - compliant flood wall undercrossing. Wrote geotechnical baseline report for the EPB pipe jacked outfall pipe and associated shafts and in -river construction. APPENDIX I DISCIPLINE EXPERT RESUMES 196 V: \Ctient80 \CCCSD \Qual \CompW W MasterPlan\ indd\ Resumes4- KeyDisciplinerExperts.indd CCCSD I Comprehensive Wastewater Master Plan Andrew Finney I GEOTECHNICAL ENGINEERING Experience: 20 Office Location: Sacramento, CA Education: MS Civil Engineering, University of Washington, 1993 BS,Civil Engineering, Bucknell University, 1992 Registration: Professional Engineer: NY, CA, CO, TX, NM, LA, Registered Geotechnical Engineer: CA Affiliations: ASCE, NASTT Upper Northwest Interceptor, County of Sacramento, CA I Senior Geotechnical and Tunnel Engineer 2008 Senior geotechnical and tunnel engineer for the UNWI Sections 3 and 4 project, which consists of approximately 18,500 linear feet of 84- and 60- inch - diameter force main with invert depths of approximately 20 to 45 feet in conditions of shallow groundwater, loose sands, and soft clays. Approximately 12,500 feet of the forcemain was installed using earth pressure balance tunneling in areas of shallow groundwater and open - shield pipe jacking in areas above the groundwater table. The remainder of the project included 60- inch forcemain installed in a 12 -foot- diameter two -pass tunnel with ribs and boards lining. Performed all geotechnical analysis and developed design recommendations. Prepared specifications and lead project team to generate geotechnical baseline report (GBR) for the project. Lead construction services including processing of all submittals and served as designer's representative to third -party construction manager. Magnolia Pipeline Project, El Paso Water Utilities, TX I Senior Geotechnical Engineer and Lead Tunnel Engineer I Ongoing Senior geotechnical and tunnel engineer for design and construction of storm drainage pipeline project, including 84 -inch diameter gravity pipeline and 60 -inch pressure pipeline. Gravity pipeline segment includes two tunneled crossings of highways and railroads of up to 450 feet in length with 102 -inch steel casing, while the pressure pipeline included four crossings of roadways, canals, and Rio Grande levee of up to 450 feet in length utilizing 78 -inch steel casing. Performed all analyses related to tunneling, including estimates of jacking forces and ground surface settlement, prepared technical specifications (60 percent to- date), Geotechnical Baseline Report (GBR), and drawings. Glendale Zone 4 Groundwater Treatment Plant Pipeline Project, AZ I Senior Geotechnical Engineer and Lead Tunnel Engineer 12010 Senior geotechnical and tunnel engineer for design and construction of raw water and RO brine pipeline project, including a 36 -inch diameter pipeline within a 54 -inch diameter casing and a 20 -inch pipeline in a 36 -inch diameter casing with lengths of approximately 310 feet. Prepared Geotechnical Baseline Report (GBR) and performed oversight of tunnel construction inspection and settlement monitoring. Tunneled crossing was completed on line and grade and without claims. CWP Northshore Aqueduct Pipeline Project, Central Utah Water Conservancy District, Pleasant Grove, UT I Senior Tunnel Engineer 12011 Design and construction of pressurized water supply pipeline project. Pipeline included two tunneled crossings of highways and railroads of up to 200 feet in length with 60 -inch welded steel pipeline in an 84 inch steel casing. Evaluated tunneling methods to cope with difficult ground conditions that included cobbles and boulders. Performed all analyses related to tunneling, including estimates of jacking forces and ground surface settlement, prepared technical specifications, Geotechnical Baseline Report (GBR), and drawings. 97 1 APPENDIX I DISCIPLINE EXPERT RESUMES V:\Client80 \CCCSD \Qual \CompW WMasterPlan\ Indd\ Resumes4- KeyDisciplinerExperts.indd