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1594* CPH Engineers Inc - CEI Services RFQ 12-13-03 Professional Services for the City of Sanford Construction Engineering Inspections (CEI) RFQ 12/13-03 500 West Fulton Street Sanford, FL 32771 Phone: 407.322.6841 www.cphengineers.com TABLE OF CONTENTS A. Letter of Interest B. Standard Forms- SF 330 C. Approach D. SANFPUR 32604 E. Qualifications and Experience of Staff F. Location G. Current and Projected Workload H. Office of Supplier Diversity I. Volume of Work with City J. Proposal Submission Form K. Disputes Disclosure Form L. Drug Free Work Place Form M. Conflict of Interest Statement N. Florida Statutes, on Public Entity Crimes O. Certification of Non Segregated Facilities P. Insurance Requirements Form Q. Compliance With The Public Records Law R. Respondents Qualification Statement S. Truth In Negotiation T. Projects Completed City of Sanford January 2, 2013 500 West Fulton Street Sanford, Florida 32771 Phone: 407.322.6841 City of Sanford Fax: 407.330.0639 Purchasing Office www.cphengineers.com 300 North Park Avenue, Room 236 Sanford, Florida 32772 Dear Selection Committee Members: We are very pleased to submit our qualifications and approach to, as CPH Engineers, Inc. (CPH) has done for many years, for the City of Sanford, and more specifically as we are currently providing on this very important Auxiliary Water Treat (WTP) Disinfection By-Product Compliance Improvements Project. As you review our docut highly qualified team, with the most cost effective/time savingswith innovative ideas to select to continue moving this project to successful completion. The selection of CPH not only confirms that the City of Sanford t highly qualified team, but also that the City is selecting a t that can save the City money as well as the only team that can s/tI ¦©šÝz7;­ ·w; /z·ä Þz·w -š­· “7 ·z’; ­Ýz“m­ ·w©šÒmw šÒ© ғ7;©­·“7z“m šE ·w; ¦©š†;-·r šÒ© ,zŒz·ä ·š ’;;· ©;¨Òz©;’;“·­ šE ·w; C59t {wC Eғ7z“m “7 ·w; C59t w;mҌ·š© 9“mz“;;© šE w;-š©7 ›9hwœ -“ ¦©šÝz7;u Due to our location, availability, and our ability to hit the gr complete this project. …“z¨Ò; ·š ·w;­; ·ä¦;­ šE ¦©š†;-·­r z­ ·w· ·w; C59t ©;¨Òz©;­ ·w; 9hw -;©·zEä ·w; ¦©š†;-· w­ ,;;“ -š“­·©Ò-·;7 z“ -š’¦Œz“-; Þz·w ·w; ¦;©’z· “7 ¦¦©šÝ;7 ¦Œ“­ “7 ­¦;-­ Œš“m Þz©·zš“­ “7 az“·;““-; a“ÒŒ­ Eš© ·w; ¦©š†;-·u IÝz“m ·w; 9hw ¦©šÝz7; /9L ·;­ 7Ò¦Œz-·zš“ šE -š­·­u This particular project involves a process design that must meet certain standards in order for theStage 2 Disinfectants and Disinfection By-Product Rule (Stage 2 DBP Rule). The selection of CPH means that the City wirtions being performed as a part of our EOR contract can save the City cost because our team will already be out there providing certification, training, Operations and Maintenance Manual Preparation etc. Our team has the most knowlnts, and a thorough understanding of the existing facility. The Aux plant includes ozone treatment, followed by Gr with Stage 2 DBP Rule. The proper process control and operationis project and the EOR is in the best position to ensure the facility meets the strict regulatory standards imposed in order for the City to avoid costly fines and the very negative publici to inform the City customers their drinking water may not be in e Stage 2 DBP Rule. The project involves extensive SCADA integration for proper process control internal to the plants aleen the plants to ensure compliance, and the EOR due to his understanding of the design is best suited to provide the service. If the EOR does not provide these services, it is possible a separate Engineer would have to take he City, may delay the project and result in the City not meeting its compliance schedule. hÒ© Œš-·zš“ “7 ­·EEz“m Œ;Ý;Œ z“ {“Eš©7 ¦©šÝz7;­ z’’;7z·; “z©’ š© ·;’u hÒ© ;ã¦;©·­ ©; Œš-·;7 Œ;­­ ·w“  ,Œš-‰ Þä E©š’ /z·ä šEEz-;­ “7w; ¦©š†;-· ­z·;u notice. The City will have direct access to our 125+ local staff members, and our location provide our staff being on-site to provide certifications as required by the EOR, our team can provide the City with cost and time savings by co additional inspections or any other inspections at the same timed with scheduling two or three different firms to make trips out to the project site. In are all critical components for the system to operate properly. If someone else ie responsibility for the design and provide operator training, O&M Manuals, startup etc. on a designCity. CPH and our personnel have the experience, knowledge, and reputa effective Construction Engineering Inspection (CEI) for this project. /tI ­·“7­ w;7 “7 ­wšÒŒ7;©­ ,šÝ; ·w; ©;­· ,ä wÝz“m ¦©šÝz7;7 · {“Eš©7‰{;’z“šŒ; /šÒ“·ä “7 ·w©šÒmwšÒ· ·w; {··;u Our team of experts is recognized in the field of CEI and our team of been subcontracted by other water resources design firms in the services on identical projects and contracts. Several of these projects, in which CPH provided design servicesere with Reiss Engineering for Seminole County. These projects included Yankee Lake, Southeastes. Several of or similar upgrades and conversions at an existing water treatment plant. To achievn By-Product regulations, the proposed improvements were designed to remove the organics from the raw water which have be-products. Country Club currently uses conventional aeration and disinfectiresponsible for site civil design, the finished water storage design, and full EOR inspection serviEI services for numerous other major water treatment plant projects throughout tented similar advanced water treatment technologies. Our proposed team has worked on many similar projects utilizing o hit the ground running on this project. Our team is very high on the learning curve and includes experts that have worked on the design Auxiliary Water Treatment Plant (WTP) Disinfection By-Product Compliance Improvements Project. Our team is intimately not waste any time movin design as well as our team and firm. Additionally, since our tens, the selection of CPH will help eliminate any confusion or time delays in getting hÒ© ·;’ ‰“šÞ­ ·wz­ 7;­zm“r “7 ÞzŒŒ w;Œ¦ ’šÝ; ·wz­ ¦©š†;-· Eš©Þ Eš© ·w; /z·ä šE {“Eš©7u CPH is committed to providing the City of Sanford with the most ur team will implement a cutting edge iPad digital Operation and Maintenance manual will contain construction reports, inspection photos, design documents, specifications, and interactive operations andand instructions on how to maintain the facility and will be given to the City for tis plant. As part of the Operation and Maintenance Manual Preparation, CPH will provide detailed operator training which iith Stage 2 DBP Rule. CPH is one of the only firms that can provide this level of creativity and directly from our staff right here in Sanford. During your submittal, we would like you to take into consideration a whole ty of Sanford. These include: CPH being one of the largest employers in the City, and the largw projects such as these to continue to employ these great and highly qualified Our team includes residents of the City and our location in Sanford is our international headquarters We not only work and live in the City, but CPH and our staff alsuch as restaurants, printing agencies, etc. CPH is a large supporter of local events, groups, and non-profit organizations. The only way we can continue to support t institutions is to continue to receive support from our long ter We have been established since the /tI w­ “ ;ã-;ŒŒ;“· “7 Œš“m ·;©’ ޚ©‰z“m ©;Œ·zš“­wz¦ Þz·w /z· ¦š©·zš“­ šE ·w; /9L Þz·w ­Ò¦¦š©· E©š’ /tI EÒ©·w;© ­Ýz“m ·w; /z·ä ·z’; “7 ’š“;äu /tI w­  Œš“m wz­·š©ä šE ޚ©‰z“m -Œš­;Œä “7 Ý;©ä ­Ò--;­­EҌŒä Þz·w /z·ä {·EE ¦©šÝz7z“m ·w;­; z7;“·z-Œ re. CPH will be the most cost effective alternative as the EOR on the design, “š š·w;© 9“mz“;;© -šÒŒ7 ¦©šÝz7; ·w;­; ­;©Ýz-;­ ­ -š­· ;EE;-·zÝ;Œär and our proximity to the project, and our extensive knowledge of City infrastructure and personnel provides further savings and bene ‘; ©; Ý;©ä ;ã-z·;7 ,šÒ· ·w; š¦¦š©·Ò“z·ä ·š -š“·z“Ò; ·š w;Œ¦ z’¦©šÝ; šÒ© /z Thank you for your time and consideration. Sincerely, CPH Engineers, Inc. David A. Gierach, P.E., CGC President ARCHITECT ENGINEER QUALIFICATIONS PART I CONTRACT SPECIFIC QUALIFICATIONS A. CONTRACT INFORMATION 1. TITLE AND LOCATION (City and State) 2. PUBLIC NOTICE DATE 3. SOLICITATION OR PROJECT NUMBER City of Sanford- Construction Engineering Inspections (CEI) November 11, 2012 RFQ 12/13-03 B. ARCHITECT ENGINEER POINT OF CONTACT 4. NAME AND TITLE 5. NAME OF FIRM CPH Engineers, Inc. David A. Gierach, P.E. 6. TELEPHONE NUMBER 7. FAX NUMBER 8. E-MAIL ADDRESS 407.322.6841 407.330.0639 NJindal@cphengineers.com C. PROPOSED TEAM (Complete this section for the prime contractor and all key subc (Check) 9. FIRM NAME10. ADDRESS11. ROLE IN THIS CONTRACT . 500 West Fulton Street CEI, Civil, Survey, Environmental, Public Involvement, CPH Engineers, Inc a. X Sanford, FL 32771 Permitting [ X ] CHECK IF BRANCH OFFICE X 2020 E. Robinson St. Electrical Design Associates (EDA) (M/WBE Orlando, FL 32803 Electrical/Instrumentation/Controls Firm) and Bailey Engineering Consultants b. (BEC) [ ] CHECK IF BRANCH OFFICE c. [ ] CHECK IF BRANCH OFFICE d. [ ] CHECK IF BRANCH OFFICE e. [ ] CHECK IF BRANCH OFFICE f. [ ] CHECK IF BRANCH OFFICE D. ORGANIZATIONAL CHART OF PROPOSED TEAM [ X] (Organizational Chart is located in Section E) STANDARD FORM 330 () PAGE 1 AUTHORIZED FOR LOCAL REPRODUCTION 1/2004 MANDATORY USE DATE OF FORM 6/2004 E. RESUMES OF KEY PERSONNEL PROPOSED FOR THIS CONTRACT (Complete one Section E for each key person.) 12. NAME 13. ROLE IN THIS CONTRACT 14. YEARS EXPERIENCE David A. Gierach, P.E., CGC Principal-in-Charge/Project Manager a. TOTAL b. WITH CURRENT FIRM 29 25 CPH Engineers, Inc./Sanford, FL 15. FIRM NAME AND LOCATION (City and State) - 16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) 18. OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) Professional Engineer-FL B.S. in Environmental Engineering , University of Florida General Contractors License Licensed General Contractor- FL 19. RELEVANT PROJECTS (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICESCONSTRUCTION (If Applicable) (City and State) Water Treatment Plan No. 2- Disinfection By-Product Reduction Improvements, Sanford, FL 2012 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) a. Principal-in-Charge - 0120, to comply with the stage 2 of the Disinfection By- Products Rule. The proposed improvements have been designed to remove the organics from the raw water which have bee- (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Seminole County Regional Water Treatment Facility at Yankee LakeFL 2010 2011 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) b. Principal-in-Charge - Seminole County is in the process of constructing of a 10 MGD (expandable to 25 MGD) w access reclaimed water standards for the purposes of augmenting k demand periods. As part of this overall effort, the County re CPH to serve as the Construction Management (CM) team for this m (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Palm Coast Water Treatment Plant No. 3, Palm Coast, FL 2006 2008 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) c. Principal-in-Charge - CPH provided complete design and construction management servicees on a twenty-four acre campus located adjacent to US 1. CPH prepared the initial project scope, budgets, surveys, preliminary and final design, permitted the project witlm Coast, and the St. Johns River Water Management District and provided full construction engineethe project. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Area IV Well Outfitting and Raw Water Transmission Main, Titusvi2011 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) d. Principal-in-Charge - Included the drilling of 5 production wells, 3 saline water monition of approximately 72,000 LF of new raw water transmission main - City to perform design and permitting phase services that includ engineering, survey, and environmental services. CPH also provided Bid Phase (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Sanford South Water Resource Center, Sanford, FL20062007 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) e. Project Engineer- CPH provided design and construction management of the comprehenconstruction wastewater collection and transmission facilities, reclaimed water lines, potable watermains and a new ion facility in the Southeast region of the service area. The cp to 6.0 MGD. STANDARD FORM 330 PAGE 2 (1/2004) E. RESUMES OF KEY PERSONNEL PROPOSED FOR THIS CONTRACT (Complete one Section E for each key person.) 12. NAME 13. ROLE IN THIS CONTRACT 14. YEARS EXPERIENCE Ying C. Lee, P.E. Engineer of Record a. TOTAL b. WITH CURRENT FIRM 37 9 CPH Engineers, Inc./Sanford, FL 15. FIRM NAME AND LOCATION (City and State) - 16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) 18. OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) B.S. in Civil Engineering Professional Engineer-FL and KY M.E. in Water Resource Engineering M.S. in Environmental Engineering 19. RELEVANT PROJECTS (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Water Treatment Plan No. 2- Disinfection By-Product Reduction Improvements, Sanford, FL 2012 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm a. (Brief scope, size, cost, etc.) Project Manager- Improvements to the City of ge 2 of the Disinfection By-Products Rule. The proposed improvements have been designed to remove thwhich have been identified as precursors of disinfection by- (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Manalapan Reverse Osmosis Plant Design/Build, Town of Manalapan, 2005 2005 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) Project Engineer- CPH provided master wastewater planning for three regional wateregional Water Reclamation Facility. Improvements include the b. construction of a new collection and transmission system as wellthe construction of a new oxidation ditch WWTP. The water reclaations and processes: biological treatment system (oxidation ditch); secondmber; primary treatment facilities (mechanical barscreen and gri system; a 1.5 MG lined reject storage pond; percolation ponds; acy generator; flow metering systems; aeration systems; and yard piping, site improvements, roadways and fencing. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Palm Coast Water Treatment Plant No. 3, Palm Coast, FL 2006 2008 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) c. Project Manager- CPH provided complete design and construction management servicees on a twenty-four acre campus located adjacent to US 1. CPH prepared the initial project scope, budgets, surveys, preliand final design, permitted the project with FDEP, FDOT, Army Co Johns River Water Management District and provided full construction enginee (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Ormond Beach WTP Filter Upgrades, Ormond Beach, FL2007 2007 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) d. Project Engineer- CPH prepared preliminary engineering plans and cost estimates fo. Provided the complete design based on the conceptual drawings within construction on the site. This meant required coordination to co project in the tight area as well as a tight project schedule. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Sanford South Water Resource Center, Sanford, FL20062007 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) e. Project Manager- CPH provided design and construction management of the comprehenconstruction wastewater collection and transmission facilities, reclaimed water lines, potable watermains and a new water recl The capacity of the new WRF is 2.0 MGD, and is easily expandable MGD. STANDARD FORM 330 PAGE 2 (1/2004) E. RESUMES OF KEY PERSONNEL PROPOSED FOR THIS CONTRACT (Complete one Section E for each key person.) 12. NAME 13. ROLE IN THIS CONTRACT 14. YEARS EXPERIENCE Yinhui (Lucida) Xu, Ph.D., P.E. Project Engineer a. TOTAL b. WITH CURRENT FIRM 6 6 CPH Engineers, Inc./Sanford, FL 15. FIRM NAME AND LOCATION (City and State) - 16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) Ph.D. in Civil Engineering, Auburn University (GPA 4.0) Professional Engineer-FL and KY M. S. and B.S. in Environmental Engineering, Donghua University, 18. OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) Technical Publications - 1. Yinhui Xu, Dongye Zhao, and Prabhakar Clement (2008). Journal of Environmental Engineering (ASCE), Vol-246., 2. Yinhui Xu and Dongye Zhao (2007). Water Research, Vol. -2108., 3. Yinhui Xu and Dongye Zhao (2006). Industrial and Engineering CheNo. 22, 7380-7387. 4. Yinhui Xu and Dongye Zhao (2006). Industrial and Engine-1765, 5. Yinhui Xu and Dongye Zhao (2005). Environmental Science and Technology. Vo-2375, U.S. Patent- Dongye Zhao 7635236B2., Awards - 2006 anta GA, March., 2006 Outstanding International Graduate Student, Auburn University, 2006 AWWA (American Water Works Association) AL-MS Outstanding Graduate Student Scholarship Award 19. RELEVANT PROJECTS (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICESCONSTRUCTION (If Applicable) (City and State) Water Treatment Plan No. 2- Disinfection By-Product Reduction Improvements, Sanford, FL 2012 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm a. (Brief scope, size, cost, etc.) Project Engineer- 0120, to comply with the stage 2 of the Disinfection By-Products Rule. The proposed improvements have been designed to remove the organics from the raw water which have been identified as precur- (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Wastewater Treatment Facility Expansion and Upgrades, Palm Coast 2005 2006 b. (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) Project Engineer- The City of Palm Coast Wastewater Treatment Facility, a 4 MGD facility, was acquired in October 2003 from Florida Water Services for biological treat-ment of wastewater, four 65-foot circular clarifiers for separation of suspended solids fromches, two chlorine contact chambers for disinfection of the cla (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Palm Coast Water Treatment Plant No. 3, Palm Coast, FL 2006 2008 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) c. Project Engineer- CPH provided complete design and construction management servicees on a twenty-four acre campus located adjacent to US 1. CPH prepared the ini project scope, budgets, surveys, preliminary and final design, permitted the project with FDEP, FDOT, Army Co Johns River Water Management District and provided full construction engineering and inspection Services for the project (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Ormond Beach WTP Filter Upgrades, Ormond Beach, FL 2007 2007 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) d. Project Engineer- CPH prepared preliminary engineering plans and cost estimates fo. Provided the complete design based on the conceptual drawings e wet well. We used the tremie method because of limited space f to complete the project in the tight area as well as a tight pro schedule. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Sanford South Water Resource Center, Sanford, FL 20062007 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) e. Project Manager- CPH provided design and construction management of the comprehenconstruction wastewater collection and transmission facilities, potable watermains and a new water reclamation facility in the Southeast region of the sersily expandable up to 6.0 MGD. STANDARD FORM 330 PAGE 2 (1/2004) E. RESUMES OF KEY PERSONNEL PROPOSED FOR THIS CONTRACT (Complete one Section E for each key person.) 12. NAME 13. ROLE IN THIS CONTRACT 14. YEARS EXPERIENCE Joshua S. Pickett, E.I, Senior Inspector a. TOTAL b. WITH CURRENT FIRM 10 10 CPH Engineers, Inc./Sanford, FL 15. FIRM NAME AND LOCATION (City and State) - 16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) 18. OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) B.S. in Environmental Engineering, University of Central FloridaEngineering Intern FL, 2002 2002 19. RELEVANT PROJECTS (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Water Treatment Plan No. 2- Disinfection By-Product Reduction Improvements, Sanford, FL 2012 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm a. (Brief scope, size, cost, etc.) Inspector- 0120, to comply with the stage 2 of the Disinfection By-Products Rule. The proposed improvements have been designed to remove the organics from the raw water which have been identified as precur- (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Seminole County Regional Water Treatment Facility at Yankee Lake 2010 2011 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) b. Project Engineer- Seminole County is in the process of constructing of a 10 MGD (e reclaimed water standards for the purposes of augmenting their reuse system during peak demand periods. As part of this overaltnered with CPH to serve as the Construction Management (CM) team for this major pr (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Seminole County Water Treatment Facilities Upgrades (Southeast R2010 Ongoing Lynwood), Seminole County, FL (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) c. Project Engineer- Seminole County is in the process of constructing improvements tatment Facilities. To achieve compliance for the Stage 2 Disinfection By-Product regulations, the proposed improvements have been designedentified as precursors of disinfection by-products. CPH is responsible for Site Civil design and the finished water storage design for all three sitesull EOR inspection services on both CC WTP and Lynwood WTP. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Area IV Well Outfitting and Raw Water Transmission Main, Titusville, FL2011 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) d. Inspector- Included the drilling of 5 production wells, 3 saline water moni- g Dove Water Treatment Plant to the Area IV wellfield. CPH was ervices that included civil engineering, survey, and environmental services. CPH also provided Bid Phase vices (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Sanford South Water Resource Center, Sanford, FL20062007 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) e. Inspector- CPH provided design and construction management of the comprehenconstruction wastewater collection and transmission facilities, reclaimed water lines, potable watermains and a new water reclamatiocapacity of the new WRF is 2.0 MGD, and is easily expandable up STANDARD FORM 330 PAGE 2 (1/2004) E. RESUMES OF KEY PERSONNEL PROPOSED FOR THIS CONTRACT (Complete one Section E for each key person.) 12. NAME 13. ROLE IN THIS CONTRACT 14. YEARS EXPERIENCE Rocco N. Nasso, P.E. Senior Inspector a. TOTAL b. WITH CURRENT FIRM 12 12 CPH Engineers, Inc./Sanford, FL 15. FIRM NAME AND LOCATION (City and State) - 16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) 18. OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) B.S. in Civil Engineering, University of Central Florida Professional Engineer - FL (No. 64727) Qualified Stormwater Management Inspector (FDEP), Intermediate Maintenance of Traffic Certification, OSHA Construction Safety and Health Certification 19. RELEVANT PROJECTS (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Water Treatment Plan No. 2- Disinfection By-Product Reduction Improvements, Sanford, FL 2012 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm a. (Brief scope, size, cost, etc.) Inspector- 0120, to comply with the stage 2 of the Disinfection By-Products Rule. The proposed improvements have been designed to remove the organics from the raw water which have been identified as precur- (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Seminole County Regional Water Treatment Facility at Yankee Lake 2010 2011 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) b. Project Manager- Seminole County is in the process of constructing of a 10 MGD (e reclaimed water standards for the purposes of augmenting their reuse system during peak demand periods. As part of this overaltnered with CPH to serve as the Construction Management (CM) team for this major pr (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Seminole County Water Treatment Facilities Upgrades (Southeast R2010 Ongoing Lynwood), Seminole County, FL (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) c. Project Manager- Seminole County is in the process of constructing improvements tatment Facilities. To achieve compliance for the Stage 2 Disinfection By-Product regulations, the proposed improvements have been designed to remove the organics from the raw water which have -products. CPH is responsible for Site Civil design and the finished water storagen services on SER WTP and full EOR inspection services on both CC WTP. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Area IV Well Outfitting and Raw Water Transmission Main, Titusville, FL2011 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) d. Project Engineer- Included the drilling of 5 production wells, 3 saline water monition of approximately 72,000 LF of new raw water transmission ma -er Treatment Plant to the Area IV wellfield. CPH was selected bat included civil engineering, survey, and environmental services. CPH also provid (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Pipe Bursting of Potable Water Mains Using Pre-Chlorinated Pipe, Sanford, FL20102011 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) e. Inspector- CPH has provided construction phase services to the City of Sanf-Chlorinated Pipe project. The project consisted of bursting approximately rd. STANDARD FORM 330 PAGE 2 (1/2004) E. RESUMES OF KEY PERSONNEL PROPOSED FOR THIS CONTRACT (Complete one Section E for each key person.) 12. NAME 13. ROLE IN THIS CONTRACT 14. YEARS EXPERIENCE David J. Morris, Jr., E.I., LEED AP Senior Inspector a. TOTAL b. WITH CURRENT FIRM 6 6 CPH Engineers, Inc./Sanford, FL 15. FIRM NAME AND LOCATION (City and State) - 16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) 18. OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) B.S. in Environmental Engineering, University of Central Florida Engineer Intern - FL LEED Accredited Professional A.A., Brevard Community College, 19. RELEVANT PROJECTS (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Water Treatment Plan No. 2- Disinfection By-Product Reduction Improvements, Sanford, FL 2012 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm a. (Brief scope, size, cost, etc.) Inspector- 0120, to comply with the stage 2 of the Disinfection By-Products Rule. The proposed improvements have been designed to remove the organics from the raw water which have been identified as precur- (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Seminole County Regional Water Treatment Facility at Yankee Lake 2010 2011 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) b. Inspector- Seminole County is in the process of constructing of a 10 c access reclaimed water standards for the purposes of augmenting their reuse systeverall effort, the County recently selected Reiss Engineering, p Construction Management (CM) team for this major project. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Seminole County Water Treatment Facilities Upgrades (Southeast Regional, Country Club, and 2010 Ongoing Lynwood), Seminole County, FL (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) c. Inspector- Seminole County is in the process of constructing improvements tatment Facilities. To achieve compliance for the Stage 2 Disinfection By-Product regulations, the proposed improvements have been designed to remove theecursors of disinfection by-products. CPH is responsible for Site Civil design and the finished water storagesites, as well as partial EOR inspection services on SER WTP and WTP. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Area IV Well Outfitting and Raw Water Transmission Main, Titusville, FL2011 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) d. Inspector- Included the drilling of 5 production wells, 3 saline water monitoring wells, outfitting of 6 production wells- was selected by the City to perform design and permitting phase survey, and environmental services. CPH also provided Bid Phase (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Pipe Bursting of Potable Water Mains Using Pre-Chlorinated Pipe, Sanford, FL20102011 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) e. Inspector- CPH has provided construction phase services to the City of Sanf-Chlorinated Pipe project. The project consisted of bursting app STANDARD FORM 330 PAGE 2 (1/2004) E. RESUMES OF KEY PERSONNEL PROPOSED FOR THIS CONTRACT (Complete one Section E for each key person.) 12. NAME 13. ROLE IN THIS CONTRACT 14. YEARS EXPERIENCE Gerald Cox, CGC, CUC QA/QC a. TOTAL b. WITH CURRENT FIRM 37 11 CPH Engineers, Inc./Sanford, FL 15. FIRM NAME AND LOCATION (City and State) - 16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) 18. OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) B.S. in Building Construction, University of Florida General Contractor - FL Utility Contractor - FL 19. RELEVANT PROJECTS (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Water Treatment Plan No. 2- Disinfection By-Product Reduction Improvements, Sanford, FL 2012 2012 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm a. (Brief scope, size, cost, etc.) QA/QC- 0120, to comply with the stage 2 of the Disinfection By-Products Rule. The proposed improvements have been designed to remove the organrs of disinfection by- (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Seminole County Regional Water Treatment Facility at Yankee Lake 2010 2011 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE [X] Check if project performed with current firm (Brief scope, size, cost, etc.) b. QA/QC- Seminole County is in the process of constructing of a 10 MGD (e to public access reclaimed water standards for the purposes of augmenting their reuse syste, the County recently selected Reiss Engineering, partnered with Construction Management (CM) team for this major project. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (City and State) (If Applicable) Seminole County Water Treatment Facilities Upgrades (Southeast R2010 Ongoing Lynwood), Seminole County, FL (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) c. QA/QC- Seminole County is in the process of constructing improvements tatment Facilities. To achieve compliance for the Stage 2 Disinfe By-Product regulations, the proposed improvements have been designed to remove the organics from the raw water which have -products. CPH is responsible for Site Civil design and the finished water storage design for all services on SER WTP and full EOR inspection services on both CC (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Manalapan Reverse Osmosis Plant Design/Build, Town of Manalapan, 2005 2005 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) Project Manager- CPH provided master wastewater planning for three regional wateregional Water Reclamation Facility. Improvements include the d. construction of a new collection and transmission system as wellthe construction of a new oxidation ditch WWTP. The water reclaations and processes: biological treatment system (oxidation ditch); secondmber; primary treatment facilities (mechanical barscreen and gri system; a 1.5 MG lined reject storage pond; percolation ponds; acy generator; flow metering systems; aeration systems; and yard piping, site improvements, roadways and fencing. (1) TITLE AND LOCATION (2) YEAR COMPLETED PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) (City and State) Sanford South Water Resource Center, Sanford, FL20062007 (3) BRIEF DESCRIPTION AND SPECIFIC ROLE[X] Check if project performed with current firm (Brief scope, size, cost, etc.) e. QA/QC- CPH provided design and construction management of the comprehenconstruction wastewater collection and transmission facilities, reclaimed water lines, potable watermains and a new water reclamThe capacity of the new WRF is 2.0 MGD, and is easily expandable to 6.0 MGD. STANDARD FORM 330 PAGE 2 (1/2004) 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 1 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Water Treatment Plant No. 2 Disinfection By-Product Reduction PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) Improvements Sanford, FL 2012 2012 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER City of Sanford Paul Moore 407.688.5106 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) Water Treatment Plant #2 are part of an overall project being funded through FDEP # DW590120, to comply with the stage 2 of the Disinfection -Products Rule. Water Plant No. 2 is rated for 4.6 MGD ADF and currently conventional aeration and disinfection treatment prior to distr water customers. The proposed improvements have been designed t the organics from the raw water which have been identified as pr disinfection by- A brief description of the work included in this project is: Add ozone treatment to reduce hydrogen sulfide levels thereby increasing the performance of the granular activated carbon (GAC Design the six (6) 40,000 lb. GAC cylinders required to remove t organic carbon from the raw water. (Pilot testing was performed with the GAC units in biological mode (BAC) an operated in both adsorption or biological modes. Demolish the existing cascading aerators Construct a new chemical storage and pump building Perform onsite piping improvements to meet the increased flow de Construct a new ozone / operations building to accommodate the olated equipment DA system with the Auxiliary water plant to allow one operator twide fiber network Work with the City to increase their ASR well CUP to supplement s 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford , FLPrime (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) EDA/Bailey Orlando , FLSCADA/Electrical (Subconsultant) 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 2 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Southeast Regional, Country Club, And Lynwood Water Treatment PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) Facilities Construction Improvements Seminole County, FL 2012 Under Construction a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER Seminole County Carol Hunter 407.688.5106 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) Seminole County is in the process of constructing improvements tatment Facilities. To achieve compliance for the Stage 2 Disinfection By-Product regulations, the proposed improvements have been designed to remove the organics from the raw water which have bee precursors of disinfection by-products. Existing treatment for the Southeast Regional Water Tr-and post-storage), caustic soda addition, fluoridation, and finished water storage prior to distriment Facilities currently use conventional aeration and disinfection treatment prior to distribution to its customerthis overall effort, the County selected the Engineering Team of serve as the Engineers of Record (EOR) for these major projects.ater storage design for all three sites, as well as partial EOR inspection services on SER WTP and full EOR inspecti The work covered by the design/construction Contract Documents f A demolition of the existing facilities that included removal of the exisp station, yard piping. Improvements to existing groundwater wells including providing n Construction of ozone treatment systems consisting of a Liquid Oxygen St with degasification, nitrogen boost systems, and ozone dissipation chambers. Construction of Granular Activated Carbon Systems (GAC) including GAC vessels, feed and discharge piping, backwash sy transfer systems. Construction of chemical feed facilities for sodium hypochloritehemical injection pumping skids. Construction of (3) Ground Storage Tanks. Construction of High Service Pump Stations including associated Construction of electrical buildings, ozone generation buildings Complete Electrical and Process Instrumentation and Controls Systems. Retrofit of aeration system on existing ground storage tanks 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford , FLEngineer of Record/Partial EOR Inspection (Subconsultant) 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 3 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Seminole County Regional Water Treatment Facility at Yankee Lake PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) Seminole County, FL 2012 2012 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER Seminole County Carol Hunter 407.688.5106 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) Seminole County constructed a 10 MGD (expandable to 25 MGD) wate which withdraws water from water standards for the purposes of augmenting their reuse syste periods. As part of this overall effort, the County selected Re with CPH to serve as the Construction Management (CM) team for this major project. was responsible for the full inspection services throughout cons The work covered by the construction Contract Documents for the includes the following: Construction of a raw water pump station and intake structure to be l on the St. Johns River Dredging as required to support the construction of the intake s Construction of an access road (at-grade) that extends from a paved road on the existing wastewater plant site to the raw water pump station Installation of underground piping, conduits for electric power cable from the raw water pump station to the treatment facility Construction of treatment facilities including Krüger Actiflo® equipment, chlorine contact basins, sludge gravity thickeners, sludge dewat equipment, a belt filter press, and a polymer feed system Grading, paving, and road work at the treatment plant site 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford , FLFull Time Inspection (Subconsultant) 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 projects, If not spec 4 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Palm Coast Water Treatment Plant No. 3 Palm Coast, FL PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) 2009 2010 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER City of Palm Coast Richard Adams 386.986.2350 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) CPH provided complete design and construction management service treatment facility and administration offices on a twenty-four acre campus located adjacent to US 1. CPH prepared the initial project scope, budgets, surveys permitted the project with FDEP, FDOT, Army Corp Engineers, Flag Coast, and the St. Johns River Water Management District and pro engineering and inspection Services for the project. The new w following components: 3.0 MGD Low Pressure Reverse Osmosis skidsD), well field system to supply raw water to the Water Treatment Plant, c disposal system, finished water distribution system to connect t Water Plant No. 3 highlights include: A reverse osmosis building with an initial 3MGD capacity, expandable to 9 MGD Emergency generator building with sound attenuation features 2 million gallon water storage tank Chemical storage building (4,500 sq. ft.) Operation building containing laboratory, training rooms, administration offices & locker rooms (6,500 sq. ft.). The operations building was design accommodate both the water treatment staff as well as future was personnel. Clear well with odor control system and transfer pumping stationer and concentrate disposal High service pump station 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford , FLPrime (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) EDA/Bailey Orlando , FLSCADA/Electrical (Subconsultant) 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 5 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Manalapan Reverse Osmosis Plant Design/Build Town of Manalapan, FL PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) 2005 2005 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER Town of Manalapan Mark Hull 561.586.2487 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) CPH was the engineer of record for this Design/Build project, wh-Smith, Inc. The project consisted of design and construction services for a System for the Town of Manalapan. The raw water source was provided by two existing Floridian Aquifer wells containing high chloride content (Brackish Water). The project required pumps, piping, valves, and controls required to transmio the new Reverse Osmosis Treatment Facility. In addition to the two Floridian Aquifer wells, a by-pass line was designed and constructed to provide blending water. The Reverse Osmosis Treatment Facility consisted of a maucture providing separate areas for the mechanical equipment and electr containment area. The Reverse Osmosis System consisted of two h with a pre-filter system, high service vertical turbine pumps, interconnecting piping, valves, controls supply and feed systems, and a clean in place system. The treat building into a new odor control system where it can be blended le well water (via the by-pass line) at the influent point of the degasification tower. The permeate existing water plant clearwell for distribution. The entire pro of a Programmable Logic Controller. 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford , FLPrime 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 6 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Sanford South Water Resource Center Sanford, FL PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) 2006 2007 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER City of Sanford Paul Moore 407.688.5106 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) CPH provided design and construction management of the comprehen program for the City includes the construction wastewater collec reclaimed water lines, potable watermains and a new water reclamon facility in the Southeast region of the service area. The capacity of the new WRF is 2.0 6.0 MGD. The WRF is a highly advanced treatment facility which processes and cutting-edge technologies to produce a high quality effluent, reclaimed water distributed throughout the City of Sanford service area (150 mil The Sanford South Water Resource Center includes the following: screening, flow metering, and grit removal) with odor control system, energ treatment system (CSBR) with automatic dissolved oxygen control processes no secondary clarifiers required with this process, an office/laboratory building, disk filtration of the secondary effluent (highly efficient small foo storage and handling facilities. Additional improvements includeuent transfer pump station, solids handling facility and Class A slud solids belt filter press), reclaimed water distribution pump sta-wide SCADA control system (water, wastewater, reclaimed water), enerator building, 3.0 MG Reclaimed water ground storage tank, 2.0 MG Reject water ground iping, storm water management system, a maintenance building, and a reject water pump station. The 2.0 MGD Expandable to 6.0 MGD facility project was a 2-stage Krüeger process achieving advanced secondary treatment. Th place treatment systems. The project included complex self-monitoring process controls. Also included sludge dewatering and dryer systems. 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford , FLPrime (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) EDA/Bailey Orlando , FLSCADA/Electrical (Subconsultant) 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 7 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Ormond Beach WTP Filter Upgrades Ormond Beach, FL PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) 2007 2007 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER McMahan Construction Bob Kellogg 386.734.1071 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) The project was a Design/Build project for the replacement of th capacity is 6 MGD. As part of the response to the design build RFQ, CPH prepared preliminary engineering plans and cost estimates for the use by the contractor to put hi consists of four individual filters contained in interconnected are mixed media of anthracite and sand each capable of 1.5 MGD AADF. The Leopold mi automatic backwash capability with air scour. CPH provided the c drawings within the Design/Build RFQ. method because of limited space for construction on the site. Th the project in the tight area as well as a tight project schedulthe city a limited timeframe to complete the replacement of the old filters which were in dis stormwater design, piping designs, filter equipment design and p Hydraulic analysis included the proper sizing of the influent piping from an e filters (while maintaining the old system until the new was comp selection of the clean supply water pumps from the wet well to the ground storage tank. CPH provided the FDEP permitting services processed by the Volus prepared the package and drawings to obtain the construction per prepared the certification of completion for the Health Department when the project w prepared the stormwater modification permit package for SJRWMD a addition, we prepared the building permit application for the prPH worked with the contractor on this design build project from start to finish and assisted in the in worked on field changes and modifications for underground utilit relocation of two existing watermains that were not as shown on assistance throughout the construction phase. 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford, FLPrime 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 8 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Palm Coast Wastewater Treatment Facility Expansion and Upgrades PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) Palm Coast, FL 2005 2006 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER City of Palm Coast Richard Adams 386.986.2350 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) The City of Palm Coast Wastewater Treatment Facility, a 4 MGD fa October 2003 from Florida Water Services, Inc. The facility con Two 2 MGD oxidation ditches for biological treat-ment of wastewa Four 65-foot circular clarifiers for separation of suspended solids from oxidation ditches Two chlorine contact chambers for disinfection of the clarified Effluent transfer pump station CPH provided services to expand the facility from 4 MGD to 6.83 , CPH provided services to upgrade the treatment from secondary to adv to meet the FDEP public access irrigation requirements. This all water to public access reuse sites and residential/commercial irigation systems. CPH provided services for: Design Permitting of the expansion and upgrades Construction Engineering and Inspection Services Assistance to the City in the application of SRF funds for const Management of SRF Funding 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford, FLPrime 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 projects, If not spec 9 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Area IV Well Outfitting and Raw Water Transmission Main- Titusville, FL PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) 2009 2012 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER City of Titusville John Peterson 321.383.5863 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) The City of Titusville Area IV Well Outfitting and Raw Water Tra wells, 3 saline water monitoring wells, outfitting of 6 product raw w- IV wellfield. CPH was selected by the City to perform design an survey, and environmental services. CPH also provided Bid Phase and Construction services included hydraulic modeling of the Phase 1 wellfield an-development and post-development analysis of stormwater quality and attenuation, 100 year flood zone compensating stor the City with approvals of the design through the State Revolvin project included permits from FDEP (ERP, transmission main, and well equipping and outfitting), ACOE, Brevard County, and FDOT. The environmental services included environmental stu traversed a diverse mosaic of wetlands and uplands within rural eas, and included wetland delineation, habitat and land use mapping, and assisting the City with mitiga Bid Phase Services included attending the pre-bid meeting and preparing meeting notes and providing the City w responses to bidder questions. CPH had in its original constructi assistance provided to the City during construction. Prior to t services due to the funding that was secured though the SRF loan program. an American Recovery and Reinvestment Act (ARRA) project. CPH d certifications, and provided de-minimis calculations and tracking of the construction. CPH also cond interviews during construction for documentation of compliance w reviewed all of the weekly certified payrolls submitted by the contractor and subcontractors for compliance with prevail wage requirements. CPH also reviewed the construction payment a throughout construction, and prepared for the City monthly Disbut Requests for the SRF loan. 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford, FLPrime 20. EXAMPLE PROJECT KEY NUMBER QUALIFICATIONS FOR THIS CONTRACT (Present as many projects as requested by the agency, or 10 proj 10 Complete one Section F for each project.) 21. TITLE AND LOCATION 22. YEAR COMPLETED (City and State) Halifax Water Treatment Plant- Volusia County, FL PROFESSIONAL SERVICES CONSTRUCTION (if Applicable) 1997 1998 a. PROJECT OWNER b. POINT OF CONTACT NAME c. POINT OF CONTACT TELEPHONE NUMBER Volusia County Mary Anne Connors 386.736.5965 24. BRIEF DESCRIPTION OF PROJECT AND RELEVANCE TO THIS CONTRACT (Include scope, size, and cost) CPH provided the engineering services for design, preparation ofon administration services for improvements to the Halifax Plantati membrane softening facility, control building, hydropneumatic tank, l feed system, yard piping and electrical, instrumentation and con the design and construction. The project included replacement of thr mile of 16" treated watermain and a concentrate disposal system consi 6" concentrate line. The concentrate waste stream is discharged to -site lake which provides irrigation water for Halifax Plantation Current demand is approximately 200,000 gpd with the ultimate esprimarily residential with some commercial. The plant is designed to add 25. FIRMS FROM SECTION C INVOLVED WITH THIS PROJECT (1)FIRM NAME (2) FIRM LOCATION (3) ROLE (City and State) CPH Engineers, Inc.Sanford , FLPrime G. KEY PERSONNEL PARTICIPATION IN EXAMPLE PROJECTS 28. EXAMPLE PROJECTS LISTED IN SECTION F 26. NAMES OF KEY 27. ROLE IN THIS section below before completing PERSONNEL CONTRACT (From Section E, (From Section E, participation in same or similar role.) Block 12) Block 13) 12 3 4 5 6 7 8 9 10 Principal-in-Charge/ X XXXXXXXXX David A. Gierach, P.E., CGC Project Manager XXXXXXXXX Ying C. Lee, P.E. Engineer of Record XXX XXXXXX Yinhui (Lucida) Xu, Ph.D., P.E. Project Engineer XXX XXXX Josh Pickett, E.I. Senior Inspector XXX XXXX Rocco R. Nasso, P.E. Senior Inspector David J. Morris, Jr., E.I., LEED XXX XXXX Senior Inspector AP GMC Gerald M. Cox, CGC, XXX XXXXXXX QA/QC CUC 29. EXAMPLE PROJECTS KEY NO. TITLE OF EXAMPLE PROJECT (FROM SECTION F) NO. TITLE OF EXAMPLE PROJECT (FROM SECTION F) Water Treatment Plant No. 2 Disinfection By-Product Reduction 1 6 Sanford South Water Resource Center Improvements Southeast Regional, Country Club, And Lynwood Water 2 7 Ormond Beach WTP Filter Upgrades Treatment Facilities Construction Improvements Seminole County Regional Water Treatment Facility at Yankee 3 8 Palm Coast Wastewater Treatment Facility Expansion and Upgrades Lake 4 9 Palm Coast Water Treatment Plant No. 3 Area IV Well Outfitting and Raw Water Transmission Main 5 10 Manalapan Reverse Osmosis Plant Design/Build Halifax Water Treatment Plant STANDARD FORM 330 ()PAGE 4 1/2004 H. ADDITIONAL INFORMATION 30. PROVIDE ANY ADDITIONAL INFORMATION REQUESTED BY THE AGENCY. ATTACH ADDITIONAL SHEETS AS NEEDED. I. AUTHORIZED REPRESENTATIVE The foregoing is a statement of facts. 31. SIGNATURE 32. DATE 1/2/2013 33. NAME AND TITLE David A. Gierach, P.E., CGC/ President STANDARD FORM 330 1/2004) PAGE 5 ( 1. SOLICITATION NUMBER (If any) ARCHITECT ENGINEER QUALIFICATIONS RFQ 12/13/-03 PART II GENERAL QUALIFICATIONS (If a firm has branch offices, complete for each specific branch office seeking work.) 2a. FIRM (OR BRANCH OFFICE) NAME 2b. STREET 3. YEAR ESTABLISHED 4. DUNS NUMBER CPH Engineers, Inc. 500 West Fulton Street 1981 5. OWNERSHIP 2c. CITY 2d. STATE 2e. ZIP CODE a. TYPE b. SMALL BUSINESS STATUS Sanford FL 32771 Corporation Yes 6a. POINT OF CONTACT NAME AND TITLE 7. NAME OF FIRM (If block 2a is a branch office) David A. Gierach, P.E./President 6b. TELEPHONE NUMBER 6c. E-MAIL ADDRESS 407.322.6841 NJindal@cphengineers.com 8a. FORMER FIRM NAME(S) (If any) 8b. YR. ESTABLISHED 8c. DUNS NUMBER 1981 058232349 9. EMPLOYEES BY DISCIPLINE c. No. of Employees a. Function Codeb. Discipline ANNUAL AVERAGE REVENUE FOR LAST 5 YEARS (1) FIRM (2) BRANCH c. Revenue 02 Administrative 35 20 a. Profile Codeb. ExperienceIndex Number 12 Civil Engineer 49 17 (see below) 15 Construction Inspection 6 1 C10 Commercial Building; (low rise); Shopping Centers 6 08 Draftsmen 6 7 C15 Construction Management 4 18 Estimators 4 39 Landscape Architects 4 3 Cost Estimating; Cost Engineering and Analysis; C18 3 42 Mechanical Engineer 1 1 Parametric Costing; Forecasting 47 Planner 5 E09 Environmental Impact Studies, Assessments or Statements 5 52 Sanitary Engineer 3 2 H07 Highways; Streets; Airfield Paving; Parking Lots 7 57 Structural Engineer 1 1 38 Surveyor 40 35 L03 Landscape Architecture 4 60 Transportation Engineer 4 O01 Office Building; Industrial Parks 4 23 Environmental Engineer 13 14 P06 Planning (Site, Installation and Project) 7 08 Engineering/CADD Techs 22 15 R04 Recreational Facilities (Parks; Marinas; ect.) 3 12 Engineering Interns 18 9 R06 Rehabilitation (Buildings; Structures; Facilities) 4 02 Network Admin 2 2 08 Technical Assistants 17 5 S04 Sewage Collection, Treatment & Disposal 8 24 Environmental Scientists 5 4 W02 Water Resources; Hydrology; Ground Water 6 06 Architects 5 3 W03 Water Supply; Treatment and Distribution 6 Other Employees 0 L02 Land Surveying 6 Total 240 139 11. ANNUAL AVERAGE PROFESSIONAL SERVICES REVENUES OF FIRM FOR LAST 3 YEARS PROFESSIONAL SERVICES REVENUE INDEX NUMBER (Insert revenue index number shown at right) 1. Less than $100,000 5. $1 million to less than $2 million 8. $10 million to less than $25 million 2. $100,000 to less than $250,000 6. $2 million to less than $5 million 9. $25 million to less than $50 million 1 10 10 a. Federal Work b. Non-Federal Work c. Total Work 3. $250,000 to less than $500,000 7. $5 million to less than $10 million 10. $50 million or greater 12. AUTHORIZED REPRESENTATIVE The foregoing is a statement of facts. a. SIGNATURE b. DATE 1/2/2013 c. NAME AND TITLE David A. Gierach, P.E., CGC/ President STANDARD FORM 330 (1/2004)PAGE 6 C. APPROACH Understanding the Scope of the Project The scope of services for this contract is for Construction Engitration, inspection, and all engineering activities associated with the c-Product Compliance Improvements project. Our extensive experience, background and tater treatment facilities will be especially beneficial in administer erience to monitor and assist through the construction process. oversee the work of the contractor, working very closely with Ciity. We will work closely with the contractor to promote project progression and efficiency of nditions of the contract where compliance is lacking, and exercise all tools avarkmanship as required and expected by the City. Timely decisions will be made to avoid unnecessary delay. Our pell maintain complete, timely, and detailed records relating to t construction activities of this project. Our team will make suretions, plans, technical and developmental specifications, includ monitored through inspections. We recognize the limits of our aependently with the need to seek council significant and abnormal activities encountered throughout const Identification of Unique Project Issues Unique to this project is that the FDEP requires the Engineer ofn compliance with the permit and approved plans and specifications along withe Operations and Maintenance Manuals for the project. This particular project invred by FDEP permit for the City WTP No. 2. The design includes ozone treatmebio-filtration to meet the DBP limits. CPH was involved with the year-long pilot study with the City, and subsequently designed the pl from the pilot data furnished by the City. CPH has the most intithe proposed ozone/GAC system for this project will work. Identification of Project Challenges Process Considerations system. High concentration of disinfection byproducts (DBPs) are formed in the distribution sy due to the combination of the high chlorine dosages, water sourc temperature, etc. Improvements to the water treatment system are comply with the EPA Stage 2 disinfectants and disinfection byproduct rule (DPB Rule). The proposed Ozone/GAC treatment process was designed to remove hydrogen sulf such as total organic carbon from the raw water. Pre-treatment using ozone was designed to reduce hydrogen sulfide levels and increase the performance of the gran precursors removal. Using ozone as pre-treatment can also reduce the chlorine needed to meet disinfectine is also known for its powerful DBPs precursor reduction. In addition, thr ozone residual analysis for City to calculate and claim ozone virus inozone generator and the lent working relationship with both manufacturers during the pilot study, pre design of the project. Liquid oxygen will be fed through an ambient air vaporizer to pr ozone generator. The ozone generator will be housed in the Ozone ambient ozone monitor for safety concerns. The equipment is sized based on the pilot test results which can yield an applied ozone dosing rate of 8 ppm into the r that will contain ozone is designed to use corrosion-resistant materials because ozone is corrosive. An ozone off-gas destruction unit is designed to destruct the ozone off-gas. It is critical from both the safety and operation standpoints th-line instruments, piping and appurtenances used with liquid oxygen, g, and ozone off gas are cleaned by the methods outlined in Specificati Requirements for Oxygen Services. The CPH team will strictly enforce these requirements during construction. Six GAC vessels are designed based on the pilot study results to provide enough empty bed contact time (EBCT) to p time for TOC removal. It is desirable to run the GAC as biologicollowing purposes: (1) reduce the frequency to replace the GAC; (2) lower the dissolved oxygen in the tre assimilable organic carbon (AOC) formed during ozonation. Process Control and Operation The proper process control and operation is critical to the success of this project. The project involves extensive S proper process control internal to the plant along with external and the Main Water Plant. Scheduling will also be a challenge for the project due to the deadline for regula among all concerned parties and of the elements leading up to an constructed in a timely fashion. Sequencing of submittal, approval, and acquisition of majorof the work as is the physical construction of the plant itself. Phe contractor in completing the construction in a timely manner and allow for mai Adequate time must also be factored into the schedule to allow for the in-up and testing of the equipment prior to the project completion date. In addition, process startup, optimization, and to operate properly. If someone else is hired to finish the project they wility for the design and provide operator training, O&M Manuals, startup etc. on a design they are not familiar with Cost Control & Monitoring CPH has a very long history of providing Construction Managementeering Inspection Services. CPH has managed several utility programs exceeding $250 million in construction value. CPH has srground contractors on staff. As is evidenced in our similar project descriptions, CPH has extensive experience in the design, permitti implementation of water and wastewater projects within budget and on schedule will be beneficial to the City. ing the design changes during construction. Using this approach, CPH was able to complete the CEI services for many water and wastewater treatm facilities within budget and on schedule. For example, CPH complm Coast WTP No. 3 water production system within budget and on schedule. The Palm Coast WTP No. 3 production system consists of with 18 confined surficial aquifer wells & 10 miles of raw waterter treatment plant expandable to 9.0 MGD, and a concentrate disposal system consisting of a 9 mile pipeline fr-coastal waterway (ICWW) and a discharge outfall at the ICWW. The whole project wal construction cost exceeded the original bid price by less than 0.5%. As the EOR of the Sanford WTP No. 2 project, CPH will be able to design plans and working closely with the General Contractor to minimize the ign changes during construction. This will ensure that the proje be constructed within budget and without delay in order to meet he City in compliance. Electrical, Instrumentation/Control and SCADA System Bailey Engineering Consultants (BEC) and their long time subconsultants Electrical Design Associates (EDA) will be performin described in the RFQ as it pertains to the electrical, instrumenions of the work defined by the contract documents. In particular, BEC will perform all electrical work and overall project coordination and EDA, a certified M/WBE company with an office in Orlando, will perform instrumentation and control systems work and provide on-site inspection services. The BEC/EDA team has worked for CPH as a subconsultant since 1991. This relationship differs from the typic the BEC/EDA team has been the primary subconsultant to CPH for electrical and instrumentation work over this twenty (20) plus year period of time. Essentially, the BEC/EDA team will be providing services to the City as an extension of CPH st relationship ensures the City will receive the highest level of support through all phases of the construction process and that be performed to the highest of standards as has been demonstrateteam to the City on previous projects. The BEC/EDA team will be performed by four (4) individuals, each with strengths and experience that are specifi Lillian M. Reyes, P.E Ms. Reyes is the chief electrical engineer for Electrical Design designing electrical power distribution for municipal systems, wund distribution systems, lighting systems for parks, roadway, and industrial facilit government buildings, manufacturing facilities, computer rooms, ct management responsibilities encompass preliminary and final design, cost-up services. Mr. Stephen E. Bailey, P.E. President of BEC. Mr. Bailey will be the Project Manager for al Bailey has 25 years of experience relating to the design and implementati Treatment, Ultra Filtration and Lime Softening. Mr. Bailey has been designing an plants throughout his career and has experienced the evolution o Mr. John Newton Project Designer, EDA. Mr. Bailey and Mr. Newton have worked together for the l10 years through EDA and BEC and a combined 20 years including previous experience over more than 40 years includes design and installation of fully integrated instrumentation and control, video surveillance resume in the water treatment field including high speed controlation and wireless control and monitoring systems. Mr. Jim Lucas Mr. Lucas, EDA, will provide the required on-site inspection work for the project. Mr. Lucas is a licensed e contractor and has worked in the water treatment electrical fiel He has performed work as a construction supervisor for the last 10 years. His understanding of electricet of tools to the BEC/EDA team. Electrical and Controls Project Understanding. oject involves integration into a single system serving both wat following major elements: Upgraded Plant Control Systems. The existing control systems wiWonderware based GUI to bring the plants into compliance with current indusradley PLC based control system for the new Ozonation equipment at WTP for the remote telemetry portion of the SCADA system. Security Systems. New video surveillance and access control systies. The systems must be accessible from either WTP or remotely via It for 24-hour accessibility. The technical needs are further Due to the technical complexity of such systems, no one supplierxpertise to provide all portions of the above; indeed, there wi be three different suppliers involved in the project. Consequen that the different elements are successfully integrated into a single system. Close co-ordination of the implementation sequence of the various integra efforts is also necessary to ensure minimal disturbances to plansfully overseen construction contracts involving integration of the same types of system for other utthe BEC/EDA team has performed the design and integration of the control and instrumeain Water Treatment Plant, North Water Reclamation Facility and South WateThe BEC/EDA team has demonstrated their experience in providing the requested services of the RFQ throughe City and the industry. The BEC/EDA team has performed coordination of complex integrated control systemsexpediting the review and handling of Contractor issues and questions. Our office locatioes as they arise during the construction process. It is our opinion that no team can provide the City wi system infrastructure, comprehension of the current design requi completion of the project work. Value Added Practices e experience and track record on implementing the design and con treatment facilities within budget and on schedule will benefit Our multi-disciplined firm has many resources available to assist our team should specialty needs be required. Also, our teamin BEC/EDA brings extensive qualifications and experience in the design of m design and construction, which are critical components for the success of the project. CPH has an advanced level of detailed knowledge pertaining to rer task or scope of work, including the issues related to the SRF funding a approach to be an important tool for accomplishing the objective Project Approach As the CEI consultant for this project, the CPH team will Hold a kick-off meeting attended by all parties concerned. The contract requ project implementation will be clearly spelled out and discussed-off meeting so that all parties will be on the same page. Establish project-level lines of authority and communication. Conduct project progress meetings. shop drawings, O&M Manuals, Erosion Control Plan, and their Qual Prepare and maintain complete and accurate records of project acand a sampling and testing log. Track the testing and acceptance of all materials for pay to ensure that all ma Coordinate bi-weekly meetings with the contractor. Coordinate construction activities with remediation contractor should any contamination removal be Respond to any notices of intent by the contractor and maintain appropriate records. Negotiate any request for additional work with the contractor an Review and submit monthly estimates. Implement any special jurisdictional interest requirements regarin the work or project conditions. Track the progress of all parties, including the General Contracnd Liquid Oxygen System supplier, so that all team members know whowhose actions are critical and pending at all times. Investigate/identify errors and omission issues. Maintain a high standard of quality assurance. Coordinate with FDEP and manage the SRF funding program for this equests. Prepare record drawings. Enforce environmental protection and permit compliance. Provide claims analysis assistance. Prepare O&M Manual. The O&M Manual will be prepared and contained in an iPad which will co operation/control. The iPad will surely provide the City an easy O&M Manual will also provide recommendations to address the potential operational associated with using ozone and GAC. The recommendations will in pH adjustment to avoid chromatographic peaking and contaminants desorption from GAC pH optimization to avoid bromate formation Optimization chlorine dosage to meet disinfectant residual, DBP -log virus inaction requirements in the distribution system Operation and safety training procedures to ensure the operators can use the equipment especially th correctly Contract No. 12143: Roadway Construction D. SANFPUR 32604 LISTINGOFPROJECTSCOMPLETEDBYRESPONDENT NAMEOFRESPONDENT: DATE: PREPAREDBY: CPH Engineers, Inc.January 2, 2013Nik Jindal, Marketing Director OWNERSNAME, IDENTIFYPROJECTCOSTOF ADDRESS,CONTACTBUDGET PROJECTNAMEANDLOCATIONMANAGERANDPROJECT COMPLETIONDATE PERSONANDPHONE) S PROJECTENGINEER) S NUMBER Seminole County (Rocco R. Nasso, Southeast Regional, Country Club, and Lynwood Water Carol Hunter P.E.) Project Approx. Approx. Under Treatment Facilities Construction Improvements 500 W Lake Mary Blvd Manager; (Joshua $41,700 57,000 Construction Sanford, FL 32773 Picket) Project Phone: 407.665.2000 Engineer (Rocco R. Nasso, Seminole County P.E.) Project Seminole County Regional Water Treatment Facility at Carol Hunter Manager; (Joshua Yankee Lake 500 W Lake Mary Blvd $40,597 $45,000 2012 Picket) Project Seminole County, FL Sanford, FL 32773 Engineer Phone: 407.665.2000 (Ying C. Lee, P.E.) City of Sanford Project Manager; Water Treatment Plant No. 2 Disinfection By-Product Paul Moore, P.E. (Lucida Xu, Ph.D., Reduction Improvements P.O. Box 1788 $7,000 $7,000 2012 P.E.) Project Sanford, FL Sanford, FL 32772 Engineer Phone: 407.688.5106 (Ying C. Lee, P.E.) City of Palm Coast Project Manager; Richard Adams Palm Coast Water Treatment Plant No. 3 (Lucida Xu, Ph.D., 2 Commerce Blvd. $17,671 $18,027 2008 Palm Coast, FL P.E.) Project Palm Coast, FL 32164 Engineer Phone: 386.986.2350 LISTINGOFPROJECTSCOMPLETEDBYRESPONDENT NAMEOFRESPONDENT: DATE: PREPAREDBY: CPH Engineers, Inc.January 2, 2013Nik Jindal, Marketing Director OWNERSNAME, IDENTIFYPROJECTCOSTOF ADDRESS,CONTACTBUDGET PROJECTNAMEANDLOCATIONMANAGERANDPROJECT COMPLETIONDATE PERSONANDPHONE) S PROJECTENGINEER) S NUMBER (Benjamin M. Fries) City of Sanford Project Manager; Paul Moore, P.E. Sanford South Water Resource Center (David A. Gierach, P.O. Box 1788 $18,450 $19,000 2007 Sanford, FL P.E., CGC) Project Sanford, FL 32772 Engineer Phone: 407.688.5106 (David A. Gierach, City of Palm Coast P.E., CGC) Project Palm Coast Wastewater Treatment Facility Expansion and Richard Adams Manager; (Ying C. Upgrades 2 Commerce Blvd. $11,800 $11,800 2006 Lee, P.E.) Project Palm Coast, FL Palm Coast, FL 32164 Engineer Phone: 386.986.2350 Town of Manalapan (Gerald M. Cox, Mark Hull CGC, CUC) Project Manalapan Reverse Osmosis Plant Design/Build 600 South Ocean Blvd Manager; (Ying C. $3,700 $3,700 2005 Town of Manalapan, FL Manalapan, FL 33462 Lee) Project Phone: 561.586.2487 Engineer (Terry M. Zaudtke, McMahan Construction P.E., BCEE) Project Bob Kellogg Ormond Beach WTP Filter Upgrades Manager; (Lucida Xu, 123 E. Indiana Avenue $3,300 $3,200 2007 Ormond Beach, FL Ph.D., P.E.) Project Deland, FL 32721 Engineer Phone: 386.734.1071 (N. Katriina Bowman, City of Titusville P.E., CCS) Project John Peterson Area IV Well Outfitting and Raw Water Transmission Main Manager; (Rocco R. 2036 Garden Street $1,285 $1,335 2012 Titusville, FL Nasso, P.E.) Project Titusville, FL 32796 Engineer Phone: 321.383.5863 LISTINGOFPROJECTSCOMPLETEDBYRESPONDENT NAMEOFRESPONDENT: DATE: PREPAREDBY: CPH Engineers, Inc.January 2, 2013Nik Jindal, Marketing Director OWNERSNAME, IDENTIFYPROJECTCOSTOF ADDRESS,CONTACTBUDGET PROJECTNAMEANDLOCATIONMANAGERANDPROJECT COMPLETIONDATE PERSONANDPHONE) S PROJECTENGINEER) S NUMBER (N. Katriina Bowman, Seminole County P.E., CCS) Project Robert Dehler Lake Harriet Water Transmission Main Manager; (Rocco R. 150 Bush Blvd $597 $543 2011 Seminole County, FL Nasso, P.E.) Project Sanford, FL 32773 Engineer Phone: 407.665.2115 (David E. Mahler, City of Eustis P.E.) Project Greg Dobbins Eustis Eastern Water Treatment Plant Manager; (Scott $1,080 $1,000 P.O. Drawer 68 2005 Eustis, FL Breitenstein, P.E.) (Ph I) (Ph I) Eustis, FL 32726 Project Engineer Phone: 352.483.5430 (Terry M. Zaudtke, City of Casselberry P.E., BCEE) Project Alan Ambler, P.E. South Water Treatment Facility Forced Draft Aeration Manager; (William C. 95 Triplet Lake Drive $1,607 $1,600 2009 Casselberry, FL Goucher, P.E.) Casselberry, FL 32707 Project Engineer Phone: 407.262.7725 Lake Utility Services, (David E. Mahler, Inc. P.E.) Project Bryan Gongre Lake Groves WTP Manager; (Stephen 200 Weathersfield Ave. $5,038 $5,500 2007 Clermont, FL Romano, P.E.) Altamonte Springs, FL Project Engineer 32714 Phone: 407.869.8588 Utilities Inc. of FL (Stephen Romano, Bryan Gongre P.E.) Project Wedgefield Water Treatment Plant Modification 200 Weathersfield Ave. Manager; (Stephen $1,850 $1,900 2008 Orange County, FL Altamonte Springs, FL Romano, P.E.) 32714 Project Engineer Phone: 407.869.6961 Other Relevant Projects Volusia County Halifax Water Treatment Plant City of Sanford Mayfair Water Treatment Plant Casselberry Water Treatment Plant Volusia County Glen Abbey Water Plant Lake Mary Water Treatment Plant St. Lucie West Services District Membrane Softening/Reverse Osmosis Plant Spruce Creek Membrane Softening Plant Winter Springs Water Treatment Plant Heathrow Water Treatment Plant Oviedo Water Treatment Plant Deltona North Water Treatment Plant Daytona Beach On-Site Chlorine Generation Facilities at the Brennan Water Treatment Plant CR 561 WTP & Raw Water Main Improvements Lake Louisa WTP Sanford Main Water Treatment Plant NWWRF IR & RAS Orange County Northwest WRF Reclaimed Water Storage & Pumping System Indian Harbor Reverse Osmosis Water Treatment Plant Upgrade Disinfection Concentration, Contact Time (CT) Analysis and Lime Sludge Evaluation Filter Refurbishment- Mourning Dove WTP Re-rate of the Camelot Water Treatment Plant Palm Coast Water Treatment Plant No. 2 Nanofiltration Concentrate Discharge AO Compliance Study References City of Sanford Mr. Paul Moore, P.E., Utility Director P.O. Box 1788, Sanford, FL 32772-1788 Phone: 407.688.5106 Fax: 407.330.5679 E-Mail: moorep@sanfordfl.gov City of Winter Springs City of Winter Springs Mr. Kipton Lockcuff, P.E., Public Works Dir. 1126 East SR 434, Winter Springs, Florida 32708 Phone: 407.327.5989 Fax: 407.327.6695 E-Mail: klockcuff@winterspringsfl.org City of Lake Mary Ms. Jackie Sova, City Manager 100 North Country Club Road Lake Mary, Florida 32795 Phone: 407.585.1419 Fax: 407.324.3098 E-Mail: JSova@lakemaryfl.com City of Winter Garden Donald R. Cochran Assistant City Manager 300 West Plant Street Winter Garden, FL 34787 Phone: 407.656.4111 Ext. 2263 Fax: 407.877.2363 E-Mail: dcochran@cwgdn.com E. QUALIFICATIONS AND EXPERIENCE OF STAFF The firm and the team members are well qualified to perform construction administration services. The team routinely provides services for clients that include: Full-Time and Part Time Inspections Document Control Schedule Monitoring Start-Up and Testing Public Relations SWPPP Control Permitting Environmental Compliance Monitoring Surveying & Mapping Coordinate Procurement of Equipment Bidding Assistance Design Interpretations Progress Tracking Documentation (Notes, photos, aerials, etc.) /tI -“ ,;mz“ immediately š“ ·wz­ ¦©š†;-·r saving ·w; /z·ä time and money -depth knowledge of the design and construction of utility system numerous clients throughout the State. The team m-the- provide the City with construction management and inspection sernd Please consider the following in your evaluation: CPH is the most knowledgeable about this project and can save th CPH has provided design, value engineering, and construction man The team is ready and available to start on the project immediately The team is comprised of staff that have the skills, certificatits The team includes on-staff general contractors and licensed utility contractors whichides the City with an unparalleled team The CPH team members will work as an extension of City Staff As had been requested, much of our Management Plan Methodology h Management Plan CPH has assigned David A. Gierach, P.E., CGC, as the Principal-in-Charge/Project Manager. David will be the main point of contactCity Staff and will coordinate with the CPH team, BEC/EDA and City Staff members. Clear communication and the ability to will interact with the City on a weekly/monthly basis (as required) to ensure schedule. We hold regular progress meetings, email regular reports to the ations are maintained. Communication is the key to success in the Construcnced and capable staff ensures the provision of responsive, timely and cost effective construct To avoid possible confusion or communication breakdowns the projntact between the City of Sanford and individual members of the projecrincipal-in- Charge and Project Manager. Organizational Chart The CPH team organizational Chart (provided below) depicts the oct roles and responsibilities in relation to of services. CPH also maintains an excellent support services te provide construction engineering inspection services. In addition, CPH has teamed witBailey Engineering Consultants (BEC) and Electrical Design Associates (EDA) (Certified M/WBE Firm) for electrical services. David A. Gierach, P.E., CGC/Principal-in-Charge/Project Manager Mr. Gierach serves CPH Engineers, Inc. as President. He overseesater, wastewater, and reclaimed water projects. He has extensive expers, water supply, water reclamation facilities, wastewater collection systand he has provided such services to clients including the Cities of Palm Cprings, Orlando, the U.S. Navy and Volusia County for numerous projects. Disinfection By-Product Reduction Improvements of an overall project being funded through FDEP # DW590120, to comply with the- Products Rule Designed six (6) 40,000 lb. GAC cylinders required to remove tot water Demolished the existing cascading aerators Constructed a new chemical storage/pump building, and a new ozon Palm Coast WTP No. 3 New 3 MGD water treatment plant utilizing the LPRO treatment teche confined surficial aquifer water and or the upper Floridan aquifer water Years of Service With Proposer: Plant was designed to facilitate expansion from 3 MGD to 9 MG 25 Years Halifax R.O. Plant Project included replacement of three well pumps and controls, o Years of Experience: 1/4 mile of 16" treated water main and a concentrate disposal system 29 Years pumping station and .6 mile of 4" and 6" concentrate line Academic Credentials The concentrate waste stream is discharged to an on-site lake which provides irrigation water for B.S. in Environmental Engineering, Halifax Plantation University of Florida Current demand is approximately 200,000 gpd with the ultimate es Sanford North Actiflo Upgrades Licenses Planning, design and construction phases of a $40 million improv Professional Engineer FL (No. Sanford 38642) Project involved the installation of two 4.0 MGD ACTIFLO® Treatment Units, an above groun General Contractor License (No. secondary effluent pump station, a cast-in-place concrete influent structure including a mechanical 60789) barscreen and compactor system, a chemical feed system consistine tanks, chemical pumping skids and a prefabricated chemical feed associated equipment, piping and appurtenances for the above com Ying C. Lee, P.E./Engineer of Record Ying Chun Lee serves CPH Engineers, Inc. in the capacity of Vice President/Senior Project Manager. Mr. Lee has b planning and design of water, wastewater, and reclaimed water utt recent project involved the City of Palm Coast WTP No. 2 ZLD project. On this project, Mr. Lee served as Pr personnel and the City staff in the study and development of a t drinking water and for eliminating the discharge of concentrate to surface water. Disinfection By-Product Reduction Improvements project being funded through FDEP # DW590120, to comply with the stage 2- Products Rule Designed six (6) 40,000 lb. GAC cylinders required to remove tot water Demolished the existing cascading aerators Constructed a new chemical storage/pump building, and a new ozone/operati Palm Coast WTP No. 2 ZLD Design, permitting and construction of a 9.0 MGD capacity wellfi discharge system to Intra-Coastal Waterway, and a new finished water distribution system. Years of Service With Proposer: Project involved the study and development of a treatment proces 9 years drinking water to eliminate discharge of concentrate to surface Palm Coast WWTP No. 2 Years of Experience: Project involved design and permitting of a new 2 MGD advanced w 37 years utilizing the new membrane biological reactor process for remova wastewater Academic Credentials B.S. in Civil Engineering, Chung Yuan Plant will provide treatment of wastewater to AWT standards, which allows the reclaimed water to University, Taiwan , 1970 be reused for irrigation of public accessible areas, such as res M.A.E. in Water Resources, Asian The reclaimed water is also permitted to discharge to wetlands a Institute of Technology, Bangkok, Manalapan RO Water Treatment Plant Thailand, 1974 New RO water plant with the existing conventional filtration pla M.A. in Environmental Engineering, 2.2 MGD RO plant Purdue University, Indiana, USA, RO plant was designed to treat a new brackish ground water and t 1978 with the water from the existing filtration plant prior to the f disinfection process Licenses Professional Engineer FL (No. 31371) & KY (No. 11953) Yinhui (Lucida) Xu, Ph.D., P.E./Project Engineer Lucida Xu serves CPH Engineers, Inc. in the capacity of Senior Project Engineer. She has been with CPH since includes water chemistry, water and wastewater treatment plant y Facilities Work Plan, water and Wastewater Capacity Analysis, and Consumptive Usage Permit applica Disinfection By-Product Reduction Improvements overall project being funded through FDEP # DW590120, to comply with the- Products Rule Designed six (6) 40,000 lb. GAC cylinders required to remove tot water Demolished the existing cascading aerators Constructed a new chemical storage/pump building, and a new ozon Palm Coast WTP No. 2 ZLD Ms. Xu worked on the chemical dosage estimation and the bench an was also involved in the OEM RFQ and RFP process. Years of Service With CPH: Design, permitting and construction of a 9.0 MGD capacity wellfi 6 Years discharge system to Intra-Coastal Waterway, and a new finished water distribution system. Project involved the study and development of a treatment proces Years of Experience: drinking water to eliminate discharge of concentrate to surface 6 Years Palm Coast WWTP No. 2 Academic Credentials Project involved design and permitting of a new 2 MGD advanced w Ph.D. in Civil Engineering, Auburn utilizing the new membrane biological reactor process for remova University (GPA 4.0) wastewater M. S. and B.S. in Environmental Plant will provide treatment of wastewater to AWT standards, which allows the reclaimed water to Engineering, Donghua University, be reused for irrigation of public accessible areas, such as res Shanghai, China The reclaimed water is also permitted to discharge to wetlands a CUP Application from SJRWMD Licenses Several CUP applications from SJRWMD, including: City of Palm Co Professional Engineer - FL (No. Lake Mary CUP modification, Mullet Lake water association CUP co 72186) & TX (No. 104864) Sanford surface water CUP compliance report Joshua Pickett, E.I./Senior Inspector Mr. Pickett serves CPH Engineers, Inc. as an Engineering Intern.nd engineering services during construction for water, wastewater, and reclaime Water/Wastewater/Reclaimed Water Plans for clients such as the City oter treatment plants, water reclamation facilities, wastewater colleed such services to clients, including the City of Sanford, for several Years of Service With Proposer: Seminole County Regional Water Treatment Facility at Yankee Lake 10 Years Construction of a raw water pump station and intake structure to Installation of underground piping, conduits for electric power Years of Experience: water pump station to the treatment facility site 10 Years Construction of treatment facilities including Krüger Actiflo® e sludge gravity thickeners, sludge dewatering equipment, a belt filter pr Academic Credentials system B.S. in Environmental Engineering, Sanford North WRF Water Augmentation System University of Central Florida, 2002 Fifteen (15) deep-bed, continuous backwashing, upflow tertiary filters 2.0 MG reclaimed water ground storage tank Licenses SCADA system improvements Engineering Intern FL, 2002 Ancillary filtration and chemical feed equipment involving the i ACTIFLO Treatment Units Sanford South Water Resource Center Construction wastewater collection and transmission facilities, water mains and a new water reclamation facility New WRF is 2.0 MGD, easily expandable up to 6.0 MGD 2-stage Krüeger process achieving advanced secondary treatment and complex self-monitoring controls Lake Mary Water Treatment Plant Improvements Addition of two new 1600 gpm water supply wells, two new high se facilities and raw watermains Design services for the upgrade of the water treatment plant to accommodate the new wells Addition of one ton chlorine chemical feed facilities Upgrades to the chlorination system Southeast Regional, Country Club, and Lynwood Water Treatment Fa Proposed improvements have been designed to remove the organics from the raw water which have been identified as precursors of disinfection by-products Responsible for Site Civil design and the finished water storage partial EOR inspection services on SER WTP and full EOR inspection services on both CC WTP Lynwood WTP Rocco R. Nasso, P.E./Senior Inspector Mr. Nasso serves the firm of CPH Engineers, Inc. as a Project Ma-time basis for approximately one year calculations and modeling (ICPR and Hydraflow), transmission main design and modeOther duties include the preparation, construction coordination with contract of permits through various regulatory and municipal agencies. Southeast Regional, Country Club, and Lynwood Water Treatment Fa Proposed improvements have been designed to remove the organics f have been identified as precursors of disinfection by-products Responsible for Site Civil design and the finished water storage partial EOR inspection services on SER WTP and full EOR inspecti and Lynwood WTP Pipe Bursting of Potable Water Mains Using Pre-Chlorinated Pipe, City of Sanford ds in Sanford Federal economic stimulus project funded under the State Revolvi administered through the Florida Department of Environmental Pro Recovery and Reinvestment Act (ARRA) fund Years of Service With Proposer: Reviewed payment applications, prepared change orders, and prepared disbursement requ 12 Years the SRF funding Area IV Well Outfitting and Raw Water Transmission Main (Phase 1 Years of Experience: Provided design, permitting, bidding and construction phase servoject. 12 Years - Mourning Dove Water Treatment Plant in Titusville to Well 407 lo Academic Credentials U.S. 17-92 at I-4 Utility Relocations B.S. in Civil Engineering, University of Consisting of Central Florida, 2001 East Lake Mary Blvd. Segment IIB Utility Construction A.A., Seminole Community College Over 20,000-- Licenses 1400- Professional Engineer - FL (No. 64727) 18300- Qualified Stormwater Management 10,400-along the East Lake Mary Boulevard roadway construction Inspector (FDEP) project from the Airport Entrance Road to SR 46 Advanced Maintenance of Traffic Orlando-Sanford International Airport Certification Lift Stations and Force Main including construction of 2 New Lif OSHA Construction Safety and Demolition of lift stations and an abandoned WWTP Health Certification David J. Morris, Jr., E.I./Senior Inspector David Morris serves the firm of CPH Engineers, Inc. as a Senior Inspector and Civil Designer. His re engineering of roadway, infrastructure, grading, drainage, potabther duties include construction coordination with contractors in the build out phase and municipal agencies. Mr. Morris has provided EEO compliance inclrally funded LAP and other projects. Southeast Regional, Country Club, and Lynwood Water Treatment Fa Proposed improvements have been designed to remove the organics f have been identified as precursors of disinfection by-products Responsible for Site Civil design and the finished water storage partial EOR inspection services on SER WTP and full EOR inspecti Lynwood WTP First Street Improvements Phase II, City of Sanford Consisting of construction of a new wall entrance feature Street pavers and furnishings Relocation of an existing water main Installation of new storm sewer and inlets Years of Service With Proposer: 6 Years Area IV Well Outfitting and Raw Water Transmission Main (Phase 1), City of Titusville Provided design, permitting, bidding and construction phase serv Years of Experience: - 6 Years Mourning Dove Water Treatment Plant in Titusville to Well 407 located in the Area IV wellfield Academic Credentials Pipe Bursting of Potable Water Mains Using Pre-Chlorinated Pipe, City of Sanford B.S. in Environmental Engineering, University of Central Florida Construction phase services included inspections, conducting lab A.A., Brevard Community College construction for documentation of compliance with Davis Bacon prevailing wage req preparing monthly Davis Bacon compliance certifications, and rev Licenses payrolls for compliance with prevailing wage requirements based workers, Engineer Intern - FL hours worked on the project, overtime pay, and other fringe bene LEED Accredited Professional Reviewed payment applications, prepared change orders, and prepa the SRF funding Gerald M. Cox, CGC, CUC/QA/QC Gerald Cox serves CPH Engineers, Inc. in the capacity of Projectnvolved with water, wastewater, and reclaimed water planning design and constor private, municipal utilities and governmental agencies. His most recent pSewer Systems for the Villages of Islamorada in the Florida Keys. On this pro and led the redesign effort. Disinfection By-Product Reduction Improvements project being funded through FDEP # DW590120, to comply with the stage 2 of the Disinfection B- Products Rule Designed six (6) 40,000 lb. GAC cylinders required to remove tot water Demolished the existing cascading aerators Constructed a new chemical storage/pump building, and a new ozon Palm Coast Cigar Lake Pumping Station Ultimate capacity is designed for 10 MGD ADF ncluding a pump room, an electrical room, and a chemical feed Years of Service With Proposer: room 11 Years Included in the pump room are three horizontal split case centri system, an air compressor, and a vacuum system for the pump prim Years of Experience: 37 Years Chemical feed room has two 500 gallon storage tanks for sodium hypochlorite and a chemica pump skid Academic Credentials Palm Coast WTP No. 3 B.S. in Building Construction, New 3 MGD water treatment plant utilizing the LPRO treatment tec University of Florida, 1976 surficial aquifer water and or the upper Floridan aquifer water Plant was designed to facilitate expansion from 3 MGD to 9 MG Licenses Analysis and Redesign / Phase I Collection System - Islamorada, Village of Islands Certified General Contractor FL Engineering services for an analysis and subsequent redesign of (No. 010771) mains that are not performing to specification in the Phase I Vacuum Coll Certified Utility Contractor FL (No. Islamorada. 051667) The three areas of concern are South Coconut Palm Avenue, Woods Bougainvillea St. within the North Plantation Key Subdivision. Lillian M. Reyes, P.E./Electrical Engineer Ms. Reyes is the chief electrical engineer for Electrical Designrical power distribution for municipal systems, water and wastewater treatmend below ground distribution systems, lighting systems for parks, roadway, and industrial facilities, security s, manufacturing facilities, computer rooms, schools, hospitals andlings. Ms. Reyes project management responsibilities encompass preliminary and final design, cost estimating, and con-up services. Years of Service With Proposer: Area IV Well Outfitting and Raw Water Transmission Main (Phase 1), City 14 Years Provided design, permitting, bidding and construction phase serv -e Years of Experience: Mourning Dove Water Treatment Plant in Titusville to Well 407 lo 24 Years Disinfection By-Product Reduction Improvements Plant #2 are part of an overall Academic Credentials project being funded through FDEP # DW590120, to comply with the- B.S. in Electrical Engineering, Florida Products Rule Atlantic University, 1988 Designed six (6) 40,000 lb. GAC cylinders required to remove tot water Licenses Demolished the existing cascading aerators Professional Engineer FL (50780) Constructed a new chemical storage/pump building, and a new ozon Manalapan RO Water Treatment Plant New RO water plant with the existing conventional filtration plant 2.2 MGD RO plant RO plant was designed to treat a new brackish ground water and t with the water from the existing filtration plant prior to the f Lake Groves Water Treatment Plant Two (2) packed tower aerators (1-operational and 1-future), bio-filter for odor control, transfer pump station, 1.0 MG ground storage tank, and new high service pump station All pumps and piping were designed using a hydraulic analysis of A new building was constructed to house the sodium hypochlorite injection syste electrical components Sunflower Master Pump Station Consisted of cast-in-place concrete, six-plex, variable speed, submersible pump lift station with odor control and backup emergency power. T The station capacity is 10.8 MGD with current configuration of four pumps Each pump is 125 Hp and with a future capacity of 26 MGD using 5 CPH prepared a study of pumping alternatives and recommendationsserve a new area being developed Stephen Bailey, P.E./Electrical Engineer Mr. Bailey is an electrical engineer experienced in designing electrical and control systems for municipal systems water and wastewater treatment facilities, biosolids energy conversion, solar power applications and medium voltage power distribution systems. Mr. Bailey has 28 years of experience relating to the design and implementation of electrical power and control system designs for Water and Wastewater treatment facilities. His extensive background in Water Treatment design includes Membrane Treatment, Ultra Filtration and Lime Softening. Mr. Bailey has been designing and implementing process control systems for water plants throughout his career and has experienced the evolution of these systems to their present level of sophistication. His project management responsibilities encompass preliminary and final design, cost estimating, and construction/start-up services. Years of Service With Proposer: Disinfection By-Product Reduction Improvements 10 Years Design of improvements to the City of project being funded through FDEP # DW590120, to comply with the stage 2 of the Disinfection By- Years of Experience: Products Rule 28 Years Constructed a new chemical storage/pump building, and a new ozone/operations building C Academic Credentials Sanford North WRF Water Augmentation System Bachelors of Electrical Engineering Fifteen (15) deep-bed, continuous backwashing, upflow tertiary filters Georgia Institute of Technology, 2.0 MG reclaimed water ground storage tank 1983, Power and Control Theory SCADA system improvements Ancillary filtration and chemical feed equipment involving the installation of two (2) 4.0 MGD Licenses ACTIFLO Treatment Units Professional Engineer FL, VA, GA, Sanford South Water Resource Center NC Construction wastewater collection and transmission facilities, reclaimed water lines, potable water mains and a new water reclamation facility New WRF is 2.0 MGD, easily expandable up to 6.0 MGD 2-stage Krüeger process achieving advanced secondary treatment Sanford North Actiflo Upgrades Planning, design and construction phases of a $40 million improvement program Project involved the installation of two 4.0 MGD ACTIFLO® Treatment Units, an above ground secondary effluent pump station, a cast-in-place concrete influent structure including a mechanical barscreen and compactor system, a chemical feed system consisting of three chemical storage tanks, chemical pumping skids and a prefabricated chemical feed system building, and all associated equipment, piping and appurtenances for the above components Halifax R.O. Plant Project included replacement of three well pumps and controls, one mile of 10" raw water main 1/4 mile of 16" treated water main and a concentrate disposal system consisting of a concentrate pumping station and .6 mile of 4" and 6" concentrate line The concentrate waste stream is discharged to an on-site lake which provides irrigation water for Halifax Plantation John R. Newton/Electrical Designer Mr. Newton is an electrical designer with over 40 years of experience in planning, designing and installing control systems. He has an extensive resume in the water treatment field including high speed control systems, graphical user interface (GUI) design and implementation and wireless control and monitoring systems. The majority of this experience has been in the water and wastewater industries. During this time he has managed multi-million dollar projects for a water/wastewater control system supplier as well as providing consulting engineering services to those industries. Years of Service With Proposer: Treatment Plant No. 2 Disinfection By-Product Reduction Improvements 10 Years project being funded through FDEP # DW590120, to comply with the stage 2 of the Disinfection By- Years of Experience: Products Rule 40 Years Constructed a new chemical storage/pump building, and a new ozone/operations building Academic Credentials Palm Coast WTP No. 3 B.S. in Electrical Engineering, New 3 MGD water treatment plant utilizing the LPRO treatment technology to treat the confined Newcastle Polytechnic, England, surficial aquifer water and or the upper Floridan aquifer water 1975, Digital Electronics Plant was designed to facilitate expansion from 3 MGD to 9 MG Sanford North WRF Water Augmentation System Certificate in Management, AMA Fifteen (15) deep-bed, continuous backwashing, upflow tertiary filters Extension Inst., Piedmont College, 2.0 MG reclaimed water ground storage tank NC 1986 SCADA system improvements Ancillary filtration and chemical feed equipment involving the installation of two (2) 4.0 MGD ACTIFLO Treatment Units Sanford South Water Resource Center Construction wastewater collection and transmission facilities, reclaimed water lines, potable water mains and a new water reclamation facility New WRF is 2.0 MGD, easily expandable up to 6.0 MGD 2-stage Krüeger process achieving advanced secondary treatment Sanford North Actiflo Upgrades Planning, design and construction phases of a $40 million improvement program Project involved the installation of two 4.0 MGD ACTIFLO® Treatment Units, an above ground secondary effluent pump station, a cast-in-place concrete influent structure including a mechanical barscreen and compactor system, a chemical feed system consisting of three chemical storage tanks, chemical pumping skids and a prefabricated chemical feed system building, and all associated equipment, piping and appurtenances for the above components Jim P. Lucas/Electrical Designer Mr. Lucas will provide the required on-site inspection work for the project. Mr. Lucas is a licensed electrical contractor and has worked in the electrical field for over 45 years. He has performed work as a construction supervisor for the last 10 years. His understanding of electrical construction brings a unique set of tools to the team. He has worked on electrical projects including water and wastewater facilities, schools, high rise structures, hospitals, military bases, airports and the Department of Transportation. Mr. Lucas has managed the implementation and problem-solving of complex water and wastewater facility high voltage and control installations. Years of Service With Proposer: Area IV Well Outfitting and Raw Water Transmission Main (Phase 1), City of Titusville 10 Years Provided design, permitting, bidding and construction phase services for the project. - Years of Experience: Mourning Dove Water Treatment Plant in Titusville to Well 407 located in the Area IV wellfield 45 Years Palm Coast WTP No. 3 New 3 MGD water treatment plant utilizing the LPRO treatment technology to treat the confined surficial aquifer water and or the upper Floridan aquifer water Plant was designed to facilitate expansion from 3 MGD to 9 MG Disinfection By-Product Reduction Improvements project being funded through FDEP # DW590120, to comply with the stage 2 of the Disinfection By- Products Rule Designed six (6) 40,000 lb. GAC cylinders required to remove total organic carbon from the raw water Demolished the existing cascading aerators Constructed a new chemical storage/pump building, and a new ozone/operations building n water plant SCADA system Sanford South Water Resource Center Construction wastewater collection and transmission facilities, reclaimed water lines, potable water mains and a new water reclamation facility New WRF is 2.0 MGD, easily expandable up to 6.0 MGD 2-stage Krüeger process achieving advanced secondary treatment Sunflower Master Pump Station Consisted of cast-in-place concrete, six-plex, variable speed, submersible pump lift station with odor control and backup emergency power. T The station capacity is 10.8 MGD with current configuration of four pumps Each pump is 125 Hp and with a future capacity of 26 MGD using 5 pumps. CPH prepared a study of pumping alternatives and recommendations for a pump station to serve a new area being developed David A. Gierach, P.E., CGC David J. Morris, Jr., E.I., LEED AP Rocco R. Nasso, P.E. Ying C. Lee, P.E. Gerald M. Cox, CGC, CUC Yinhui (Lucida) Xu, Ph.D., P.E. Subconsultants Electrical Design Associates (EDA) (Certified M/WBE Firm)/Bailey Engineering Consultants (BEC) 2020 E. Robinson St. Orlando, FL 32803 Ph. 407.895.8300 Fax 407.895.8411 Service to Provide: Electrical/Instrumentation/ Controls The BEC/EDA team specializes in electrical and instrumentation design. They provide consulting engineering services primarily to the public sector. In September of 1998, EDA was formed as a minority owned business with offices in Palm County and Orange County. Currently, BEC/EDA both have registered engineers, instrumentation designers, and designer/CADD technicians. The BEC/EDA team has worked with CPH on over 50 projects. Some of these similar projects include: Manalapan Reverse Osmosis Plant Design/Build, Area IV Well Outfitting and Raw Water Transmission Main, Orlando Iron Bridge Electrical Improvements, Orange County Hidden Springs Reclaimed Water, Orange County Utilities Hidden Springs Water Storage, Florida Department of Corrections Columbia Correctional Institute Water System Improvements, and Punta Gorda WWTP Filtration project, Their r and Wastewater Treatment Facilities located throughout the State of Florida. The BEC/EDA electrical distribution systems experience covers the full range up to 15,000 volt distribution systems as well as standby generator systems. Their instrumentation systems design experience includes SCADA and PC based systems, as well as numerous traditional plant monitoring and control panel designs. Their design experience encompasses computer/PLC controlled systems utilizing SCADA based systems for interfacing to remote locations, as well as hard wired relay controlled custom solutions. The firms other capabilities includes life cycle analysis, value engineering, and construction administration. The BEC/EDA team is staffed to provide engineering services from inception through design, bid and construction completion. They take pride in the fact that while they are a small sized firm, they utilize state of the art computerization to accomplish our design projects and project management which allows us to provide enhanced production quality, lower operating costs and closer engineer participation. Subconsultant Licenses F. LOCATION CPH has eleven (11) offices in the State of Florida with support of 240+ personnel throughout the company to assist in the projects for the City of Sanford. The City of Sanford will have the direct commitment of the CPH Sanford office located at 500 West Fulton Street, Sanford, Florida 32771. The Sanford office is staffed with employees that include registered personnel, administrative staff, and owners of the firm to accomplish the projects on time and within budget. Box 2808, Sanford, FL 32772- 2808. We can be reached at (Phone) 407.322.6841. G. CURRENT AND PROJECTED WORKLOAD CPH has reviewed the scope of services and has developed ideas for staffing the projects. Based on our recent experience, and our project Sanford staff is available to complete the Construction Engineering Inspection Services as outlined in the scope of work. CPH and our subconsultants have the personnel and resources immediately available to carry the Construction Engineering Inspection Services to successful completion. In addition to our 240 staff members, our available personnel Sanford office can provide approximately 9,000 manhours hly availability is approximately 56,000 manhours a month. Methods and Controls to be Utilized to Balance and Maintain Quality, Schedule, and Budget CPH is uniquely qualified to provide design services for the City of Sanford. The team located in our Sanford office includes engineers, designers, surveyors, environmental scientists and administrative personnel. CPH is currently finishing design services for other clients, but is actively seeking work for our Sanford staff. As a result, our staff is available and has the capacity to perform projects as they are assigned. CPH is committed to meeting budget and schedule requirements. CPH has developed a reputation for cost effective, quality-engineering services through a philosophy of strong project management. Operating under aggressive deadlines and close coordination with City Staff, we commit to manage each work assignment under this contract based upon the following philosophies: By proposing a project manager with experience working in the City of Sanford Frequently involve City staff in meetings to expedite decision-making. Utilize e-mail and short memoranda to document progress of construction. Report status of the budget on a monthly basis in report form to City Staff. Prepare and distribute a Project Specific Workplan which details the following: What is to be done Define a scope of services by bringing in the stakeholders up front to discuss the project goals and o objectives. Who is going to do it Monitor staffing usage, needs and expenditures bi-weekly through our accounting software. o When will it be done Maintain the Project Schedule using Microsoft Project software for scheduling and tracking. o How much will it cost Monitor the estimated construction cost using trend reports prepared monthly and based on the o most up-to-date data available from published prices and any known quantity revisions for the past month. How it will be controlled CPH will strive to provide quality service within the project schedule and require Quality o Assurance/Quality Control (QA/QC) procedures to be identified in the initial internal project kick-off meeting. Time for QA/QC is incorporated into the project schedule, therefore, will not delay project milestones. CPH has developed an extensive QA/QC procedure and incorporates it into each of its projects to ensure client satisfaction. Corporate Workload/Availability The current and projected workload of our team is such that we can provide responsive service to the City of Sanford. We are well-staffed, equipped with our nearby location, and believe that we and our team members can provide a high quality, professional service to the City that is completely responsive and cost effective. The graph below depicts our current contracted backlog with no consideration for any additional work. The current workload will spread over 18 months. Our current production capability is $3,000,000 per month. With that capacity, there are more than adequate personnel hours to cover the workload. 3,500,000 3,000,000 2,500,000 2,000,000 1,500,000 1,000,000 500,000 0 WorkloadProduction Capability David A. Gierach, P.E., CGC Ying C. Lee, P.E. Yinhui (Lucida) Xu, Ph.D., P.E. Joshua Pickett, E.I. Rocco R. Nasso, P.E. Current Availability David J. Morris, Jr., E.I., LEED AP Availability in 6 Months Availability in 12 Months Gerald M. Cox, CGC, CUC Lillian M. Reyes, P.E. Stephen Bailey, P.E. John R. Newton Jim P. Lucas 0%10%20%30%40%50%60%70%80%90%100% Staffing Availability Matrix The team proposed to provide services to the City of Sanford has adequate time available to dedicate to the successful completion of the Construction Engineering Inspection Services. H. OFFICE OF SUPPLIER DIVERSITY CPH is committed to meeting or exceeding the M/WBE participation goals for this project. CPH has established working relationships with many minority firms in the area. EDA is a M/WBE firm that will act as a primary sub providing electrical controls services. Commitment To Diversity Among The Firm CPH has a culturally and ethnically diverse workplace from it owners to employees. CPH employs a workforce that is reflective of many nationalities and cultures. We have established programs and policies for recruiting and retaining minority and women engineers and staff, and strongly encourage all of our employees to become involved in our communities. It is the policy of CPH to provide equal employment opportunity at all times in all actions related to employment without regard to race, color, religion, gender, citizenship status, age, national origin, disability, veteran status, sexual orientation, or any other status protected by state or federal law. This policy applies to recruiting, hiring, training, promotion, evaluation, termination, compensation, benefits eligibility, working conditions and all other aspects of employment. The Firm supports a policy of actively recruiting and retaining a diverse workforce to support both our Equal Employment Opportunity Policy and our business objective to provide the highest quality service possible. CPH is committed to fostering an inclusive atmosphere that seeks actively to employ people of diverse backgrounds at all levels of the Company including top management and ownership. I. VOLUME OF WORK WITH CITY Total Volume of Work Performed by the Firm for the City in the last three (3) years Sanford, just a short distance from the Auxiliary Water Treatment Plant (WTP) Disinfection By- Product Compliance Improvements Project. CPH employs over 120 personnel in our Sanford Office, many of whom live, work and play in the City of Sanford. Due to our convenient location, our specific cumulative information/knowledge and work on the water treatment plant and our library of project relevant construction details, no other team can complete this project as cost effectively while We are currently working with the City of Sanford on the Auxiliary WTP Disinfection By-Product Compliance Improvements, NPDES Monitoring, Site 10 ROMA Assessment, TMDL Monitoring and th BMAP, Design Phase Nutrient Removal, US 17/92 RiverWalk, CEI services for Water Main Looping, 7 Street Vicinity Water Main and Sewer Line, and Upsala Road Utility Relocations. CPH is a major employer in Downtown Sanford. CPH has the most knowledge of this project. CPH will be the most cost effective team based on our current role in the project, our proximity to the project, and our extensive knowledge of City infrastructure and personnel. CPH is part of the fabric of this City and has a vested interest in the success of the City of Sanford. We feel our long term relationship with the City and its Citizens, many of whom work here at CPH, make us the perfect choice. In accordance with the RFQ, CPH is clearly the most highly qualified firm to provide the CEI services and since this is not a continuing contract, equitable distribution among qualified firms is not applicable and the City should select CPH as the most highly qualified firm in accordance with the Consultants Competitive Negotiations Act. Sftqpotf!Tvcnjttjpo!Gpsn! ! QBSU!2!!Hfofsbm!!! ! 2/12!Eftdsjqujpo!! ! Uif!gpmmpxjoh!Sfrvftu!gps!Tubufnfout!pg!Rvbmjgjdbujpot-!gps!!)2*!SGR!23024.14!Dpotusvdujpo! 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SGR!23024.14!DFJ!Tfswjdft!!! S. Truth In Negotiation The Truth In Negotiation will be submitted upon Request by the City of Sanford. Per the instructions in the RFQ we are not including this form. T. Projects Completed SOUTHEAST REGIONAL, COUNTRY CLUB, AND LYNWOOD WATER TREATMENT FACILITIES CONSTRUCTION IMPROVEMENTS Seminole County is in the process of constructing improvements to the Southeast Regional, Country Club, and Lynwood Water Treatment Facilities. To achieve compliance for the Stage 2 Disinfection By-Product regulations, the proposed improvements have been designed to remove the organics from the raw water which have been identified as precursors of disinfection by-products. Existing treatment for the Southeast Regional Water Treatment Facility includes gas chlorination (pre-and post-storage), caustic soda addition, fluoridation, and finished water storage prior to distribution to its customers. Country Club and Lynwood Water Treatment Facilities currently use conventional aeration and disinfection treatment prior to distribution to its customers. As part of this overall effort, the County selected the Engineering Team of Reiss Engineering, Arcadis, and CPH to serve as the Engineers of Record (EOR) for these major projects. CPH is responsible for Site Civil design and the finished water storage design for all three sites, as well as partial EOR inspection services on SER WTP and full EOR inspection services on both CC WTP and Lynwood WTP. The work covered by the design/construction Contract Documents for the three facilities includes the following: A demolition of the existing facilities that included removal of the existing ground storage tank, chemical facility, high service pump station, yard piping. Improvements to existing groundwater wells including providing new well pumps, piping and slabs. Construction of ozone treatment systems consisting of a Liquid Oxygen Storage systems, ozone generation systems, sidestream injection with degasification, nitrogen boost systems, and ozone dissipation chambers. Construction of Granular Activated Carbon Systems (GAC) including GAC vessels, feed and discharge piping, backwash systems, storage tanks, and GAC media transfer systems. Construction of chemical feed facilities for sodium hypochlorite disinfection and fluoride including bulk storage tanks and chemical injection pumping skids. Construction of (3) Ground Storage Tanks. Construction of High Service Pump Stations including associated piping and valves. Construction of electrical buildings, ozone generation buildings, and chemical analyzer buildings. Complete Electrical and Process Instrumentation and Controls Systems. Retrofit of aeration system on existing ground storage tanks SEMINOLE COUNTY REGIONAL WATER TREATMENT FACILITY AT YANKEE LAKE Seminole County constructed a 10 MGD River and treats it to public access reclaimed water standards for the purposes of augmenting their reuse system during peak demand periods. As part of this overall effort, the County selected Reiss Engineering, partnered with CPH to serve as the Construction Management (CM) team for this major project. CPH was responsible for the full inspection services throughout construction. The work covered by the construction Contract Documents for the Yankee Lake SWTP includes the following: Construction of a raw water pump station and intake structure to be located on the St. Johns River Dredging as required to support the construction of the intake structure Construction of an access road (at-grade) that extends from a paved road on the existing wastewater plant site to the raw water pump station Installation of underground piping, conduits for electric power and fiber optic cable from the raw water pump station to the treatment facility site Construction of treatment facilities including Krüger Actiflo® equipment, chlorine contact basins, sludge gravity thickeners, sludge dewatering equipment, a belt filter press, and a polymer feed system Grading, paving, and road work at the treatment plant site CITY OF SANFORD WATER TREATMENT PLANT NO. 2 DISINFECTION BY-PRODUCT REDUCTION IMPROVEMENTS CPH is currently completing the being funded through FDEP # DW590120, to comply with the stage 2 of the Disinfection By-Products Rule. Water Plant No. 2 is rated for 4.6 MGD ADF and c customers. The proposed improvements have been designed to remove the organics from the raw water which have been identified as precursors of disinfection by-. A brief description of the work included in this project is: Add ozone treatment to reduce hydrogen sulfide levels thereby increasing the performance of the granular activated carbon (GAC) Design the six (6) 40,000 lb. GAC cylinders required to remove total organic carbon from the raw water. (Pilot testing was performed with the GAC units in biological mode (BAC) and was found to be successful. The current design can be operated in both adsorption or biological modes. Demolish the existing cascading aerators Construct a new chemical storage and pump building Perform onsite piping improvements to meet the increased flow demands Construct a new ozone / operations building to accommodate the operations staff and to house the ozone generator and other related equipment ies simultaneously, through the County wide fiber network Work with the City to increase their ASR well CUP to supplement the raw water supply during times of peak demands PALM COAST WATER TREATMENT PLANT NO. 3 CPH provided complete design and construction management services for a new water treatment facility and administration offices on a twenty-four acre campus located adjacent to US 1. CPH prepared the initial project scope, budgets, surveys, preliminary and final design, permitted the project with FDEP, FDOT, Army Corp Engineers, Flagler County, City of Palm Coast, and the St. Johns River Water Management District and provided full construction engineering and inspection Services for the project. The new water system consists of the following components: 3.0 MGD Low Pressure Reverse Osmosis skids (RO 1.5 MGD), well field system to supply raw water to the Water Treatment Plant, concentrate treatment & disposal system, finished water distribution system to connect to existing distribution system. Water Plant No.3 highlights include: A reverse osmosis building with an initial 3MGD capacity, expandable to 9 MGD Emergency generator building with sound attenuation features 2 million gallon water storage tank Chemical storage building (4,500 sq. ft.) Operation building containing laboratory, training rooms, administration offices & locker rooms (6,500 sq. ft.). The operations building was designed to accommodate both the water treatment staff as well as future wastewater personnel. Clear well with odor control system and transfer pumping station for both finish water and concentrate disposal High service pump station SANFORD SOUTH WATER RESOURCE CENTER CPH provided design and construction management of the comprehensive wastewater management program for the City includes the construction wastewater collection and transmission facilities, reclaimed water lines, potable watermains and a new water reclamation facility in the Southeast region of the service area. The capacity of the new WRF is 2.0 MGD, and is easily expandable up to 6.0 MGD. The WRF is a highly advanced treatment facility which utilizes energy efficient treatment processes and cutting-edge technologies to produce a high quality effluent, reclaimed water to be distributed throughout the City of Sanford service area (150 miles of distribution piping). The Sanford South Water Resource Center includes the following: influent structure (fine screening, flow metering, and grit removal) with odor control system, energy efficient oxidation ditch biological treatment system (CSBR) with automatic dissolved oxygen control and nitrification/denitrification processes no secondary clarifiers required with this process, an office/laboratory building, disk filtration of the secondary effluent (highly efficient small footprint process), and sodium hypochlorite storage and handling facilities. Additional improvements included: chlorine contact chamber, effluent transfer pump station, solids handling facility and Class A sludge treatment system (including high solids belt filter press), reclaimed water distribution pump station, city-wide SCADA control system (water, wastewater, reclaimed water), electrical/generator building, 3.0 MG Reclaimed water ground storage tank, 2.0 MG Reject water ground storage tank, internal roadways, fencing, landscaping, yard piping, storm water management system, a maintenance building, and a reject water pump station. The 2.0 MGD Expandable to 6.0 MGD facility project was a 2-stage Krüeger process achieving advanced secondary treatment. The complexity of construction included an in place treatment systems. The project included complex self-monitoring process controls. Also included sludge dewatering and dryer systems. PALM COAST WASTEWATER The City of Palm Coast Wastewater Treatment Facility, a 4 MGD facility, was acquired in October 2003 from TREATMENT FACILITY EXPANSION AND Florida Water Services, Inc. The facility consisted of: Two 2 MGD oxidation ditches for biological UPGRADES treat-ment of wastewater Four 65-foot circular clarifiers for separation of suspended solids from oxidation ditches Two chlorine contact chambers for disinfection of the clarified effluent Effluent transfer pump station CPH provided services to expand the facility from 4 MGD to 6.83 MGD. Additionally, CPH provided services to upgrade the treatment from secondary to advanced secondary standards to meet the FDEP public access irrigation requirements. This allows the City to send reclaimed water to public access reuse sites and residential/commercial irrigation systems. CPH provided services for: Design Permitting of the expansion and upgrades Construction Engineering and Inspection Services Assistance to the City in the application of SRF funds for construction Management of SRF Funding CPH was the engineer of record for this Design/Build project, which was partnered with Wharton-Smith, Inc. The project consisted of design and construction services for a 2.2 MGD Reverse Osmosis Water Treatment System for the Town of Manalapan. The raw water source was provided by two existing Floridian Aquifer wells containing high chloride content (Brackish Water). The project entails equipping the existing wells with all required pumps, piping, valves, and controls required to transmit the raw water to the new Reverse Osmosis Treatment Facility. In addition to the two Floridian Aquifer wells, a by-pass line was designed and constructed to provide blending water. The Reverse Osmosis Treatment Facility consisted of a masonry and concrete enclosing structure providing separate MANALAPAN REVERSE OSMOSIS PLANT areas for the mechanical equipment and electrical controls, and a covered chemical DESIGN/BUILD containment area. The Reverse Osmosis System consisted of two high pressure filtering R.O. Trains complete with a pre-filter system, high service vertical turbine pumps, interconnecting piping, valves, controls, chemical supply and feed systems, and a clean in place system. The treated water (permeate) is discharged from the building into a new odor control system where it can be blended with potable well water (via the by-pass line) at the influent point of the degasification tower. The permeate is then ph adjusted and discharged into the existing water plant clearwell for distribution. The entire process is monitored and adjusted through the use of a Programmable Logic Controller. ORMOND BEACH WTP FILTER UPGRADES The project was a Design/Build project for the replacement of the water treatment plant filters. The design capacity is 6 MGD. As part of the response to the design build RFQ, CPH prepared preliminary engineering plans and cost estimates for the use by the contractor to put his project price together. The filter system consists of four individual filters contained in interconnected concrete basins. The filters are mixed media of anthracite and sand each capable of 1.5 MGD AADF. The Leopold mixed media gravity filters have automatic backwash capability with air scour. CPH provided the complete design based on the conceptual drawings within the Design/Build RFQ. The project meant required coordination to complete the project in the tight area as well as a tight project schedule. FDEP had given the city a limited timeframe to complete the replacement of the old filters which were in disrepair. CPH provided structural, site and stormwater design, piping designs, filter equipment design and pumping mechanical design for this project. Hydraulic analysis included the proper sizing of the influent piping from an existing splitter box to the new filters (while maintaining the old system until the new was completed and certified) and the sizing and selection of the clean supply water pumps from the wet well to the ground storage tank. CPH provided the FDEP permitting services processed by the Volusia County Department of Health. CPH prepared the package and drawings to obtain the construction permit for this replacement project. We prepared the certification of completion for the Health Department when the project was completed. We prepared the stormwater modification permit package for SJRWMD and the certification of completion. In addition, we prepared the building permit application for the project. CPH worked with the contractor on this design build project from start to finish and assisted in the inspection and construction of the filters. We worked on field changes and modifications for underground utilities, submitted a permit modification for the relocation of two existing watermains that were not as shown on the provided survey and provided assistance throughout the construction phase. The City of Titusville Area IV Well Outfitting and Raw Water Transmission Main project included the drilling of 5 production wells, 3 saline water monitoring wells, outfitting of 6 production wells, and construction of approximately - llfield. CPH was selected by the City to perform design and permitting phase services that included civil engineering, survey, and environmental services. CPH also provided Bid Phase and Construction Phase Services. Design phase services included hydraulic modeling of the Phase 1 wellfield and future Phase 2 wellfield, stormwater pre-development and post-development analysis of AREA IV WELL stormwater quality and attenuation, 100 year flood zone compensating storage, and assisting the City with approvals of the design through the State Revolving OUTFITTING AND RAW Loan Fund (SRF) program. Permits secured for the project included permits WATER TRANSMISSION from FDEP (ERP, transmission main, and well equipping and outfitting), ACOE, Brevard County, and FDOT. The environmental services included environmental MAIN studies and assessments of the project corridor which traversed a diverse mosaic of wetlands and uplands within rural and developed areas, and included TITUSVILLE, FL wetland delineation, habitat and land use mapping, and assisting the City with mitigation of wetland impacts. Bid Phase Services included attending the pre-bid meeting and preparing meeting notes and providing the City with written responses to bidder questions. CPH had in its original construction contract CEI services including limited inspection and assistance provided to the City during construction. Prior to the start of construction, the City asked CPH to expand its services due to the funding that was secured though the SRF loan program. Through the SRF program, the project became an American Recovery and Reinvestment Act (ARRA) project. CPH developed and tracked for the City Buy American certifications, and provided de-minimis calculations and tracking of the construction. CPH also conducted labor standards interviews during construction for documentation of compliance with Davis Bacon prevailing wage requirements and reviewed all of the weekly certified payrolls submitted by the contractor and subcontractors for compliance with prevailing wage requirements. CPH also reviewed the construction payment applications, change order requests, and tracked costs throughout construction, and prepared for the City monthly Disbursement Requests for the SRF loan. LAKE HARRIET WATER TRANSMISSION MAIN SEMINOLE COUNTY, FL CPH provided design, permitting, bidding and CEI services to Seminole County for the construction of over 6,100- water transmission main in existing neighborhoods north and south of SR 436. Additionally, the project included the construction of approximately 12,600 LF of fiber optic conduit and installation of over 30 pull boxes. Permitting was through FDEP (2 separate permits due to the 2 separate public water systems) and FDOT (jack and bore and directional drill construction across SR 436). EUSTIS EASTERN WATER TREATMENT PLANT This project required extensive permitting with various agencies, including a Consumptive Use Permit (CUP) from the SJRWMD, a FDEP water treatment plant construction permit, and an application process and approval from the Lake County Site Plan Review Department. The Eustis Eastern WTP was designed and permitted as a two phase project, and was constructed as such. The construction phasing included the following: Phase I - This portion of the project included wells No. 1 and 2, a 15,000 gallons hydropneumatic tank, approximately 1,500 LF of 12-inch raw watermain, approximately 2,000 LF of 20-inch distribution system main, a sodium hypochlorite two pump skid and storage tank disinfection system, diesel generator, electrical and SCADA system improvements, and an electrical/pump operations building. The wells were installed with pumps with 500 gpm and 1,500 gpm design capacities, respectively. Phase II - This portion of the project included expansion of the electrical/pumps operations building, additional site fencing, a 250,000 gallon ground storage tank, and two 1,500 gpm high service pumps. In addition, the well pumps were replaced, so that the total dynamic head conditions (TDH) could be revised relative to the new pumping requirements. Phase I system pressure was supported by the well pumps pumping to the distribution system, with a system pressure between 40 and 60 psi. The Phase II system pressure is supported by the high service pumps with the wells now pumping to the top of the ground storage tank, which was a noticeable reduction in the required well TDH and caused a reduction in the size of each well motor. SOUTH WATER TREATMENT FACILITY FORCED DRAFT AERATION Because of numerous water taste complaints from water customers in the area of the South Plant, the City desired to be proactive and provide the additional treatment required to reduce the hydrogen sulfide levels leaving the plant. CPH provided engineering services for this project consisting of preliminary and final design, permitting, bidding assistance and construction administration. A packed tower aeration system was designed, consisting of two identical towers, each sized for the design flow rate of 3400 gallons per minute (gpm) and 90 percent removal of hydrogen sulfide. Each unit has a 7,500 standard cubic feet per minute (scfm) fan to force fresh air through the towers (forced draft) and to the biofilter (for odor treatment). The two packed towers are set on a concrete foundation at grade, with treated water discharged to a new transfer pump station. The packed towers are provided with a 500 gpm recirculation pump for periodic cleaning/removal of algae and deposits from the packing material and the internal distribution system. In order to reduce the hydrogen sulfide loading to a biofilter, the packed towers are operated in series. Piping and valves are provided to enable bypass of either or both towers. A sulfuric acid storage and feed system is provided to reduce the pH of the water prior to aeration to increase the sulfide removal efficiency. Skid-mounted dual feed pumps are provided. The acid is injected into the common feed pipe prior to the split between the two towers. A combination injector/static mixer is used to ensure adequate mixing and pH adjustment. A pH meter downstream of the injection point provides feedback for pacing the acid feed pumps to maintain a constant influent pH to the towers. A 7-day storage volume of 550 gallons of sulfuric acid is provided, with dual containment provided by a concrete basin encompassing both the tank and feed pumps. A transfer pump station consisting of vertical turbine pumps mounted over a clearwell receiving the aerated water is designed to pump the water to the two existing ground storage tanks. Two pumps are designed to provide the design flow of 1,700 gpm each with the third pump as back-up. Operation of the constant-speed pumps will be alternated between all three pumps, activated by clearwell water level sensors. A single biofilter unit was constructed for odor control, designed to remove the hydrogen sulfide from the air exhausted from the packed towers. The biofilter is a package system installed in a cast-in-place concrete structure designed by CPH. The biofilter is provided with a solenoid-controlled media irrigation system and fiberglass covers for protection from the sun and weather. The covers have a single exit point for treated air to ensure hydrogen sulfide concentrations are at acceptable levels. Another component of the design are the revision of the chlorine feed point to between the aerators and the transfer pump station, but leaving the injection points at the wells for flexibility, as well as other piping improvements. The cascade tray aerators on the two existing ground storage tanks were demolished as part of this project. New motor control centers and control panels were provided and the existing 200kW generator was replaced with a new 400 kW generator to provide backup electrical power for all plant components including an off-site well. LAKE GROVES WATER TREATMENT PLANT This project consisted of permitting and design of two (2) packed tower aerators (1-operational and 1-future), bio-filter for odor control, transfer pump station, 1.0 MG ground storage tank, new high service pump station, sodium hypochlorite injection system, and acid injection system for pH control. The project was an expansion to an existing facili upper Floridan wells, a new lower Floridan well with a capacity over 3,000 gpm was drilled for this expansion. This well required advanced treatment due to high total sulfide levels. Forced draft aerators were installed with acid injection for improved treatment efficiency. The clear well pumps treated water into two ground storage tanks. A new high service pump station was constructed as well as a new electrical building and disinfection facilities. The expansion was a major renovation of the site replacing the existing high service pumps, disinfection system and electrical controls. This project required greater detail in design of the site piping due to the existing treatment components onsite and site demolition. The facility was re-rated from 4.32 MGD to 6.0 MGD and is expandable to 9.0 MGD. Due to the impacts of the forced draft aerators, a biofilter was installed to minimize the offsite odors. All pumps and piping were designed using a hydraulic analysis of the system. A new building was constructed to house the sodium hypochlorite injection system and proposed electrical components. Full backup power was provided by a new sub-base diesel generator. CPH provided the planning, surveying, final design, and permitting through the FDEP, SJRWMD, and Lake County. WEDGEFIELD WATER TREATMENT PLANT MODIFICATION The Wedgefield WTP is owned and operated by Utilities Inc. of Florida and is located in east Orange County off of SR520. The facility is currently rated for 0.574 MGD and includes two wells, ion exchange softeners, cascade aerators, a 350,000-gallon ground storage tank, a high service pumping station, and the associated facilities. ination system. Due to the control and maintenance issues, the Utility quickly decided that this would not be a long term fix. CPH analzed the water quality and determined the problem was organic compounds in the water. Our investigations, through the assistance of David Mahler in the Orlando office, led us to a process by Orica Watercare called MIEX. MIEX stands for Magnetic Ion Exchange and specializes in the removal of organics. The MIEX system was pilot tested and found to remove over 70% of the organics and over 90% of the hydrogen sulfide. This treatment system was subsequently designed for the facility and is currently under construction. The MIEX system is being used for organics removal and for hydrogen sulfide removal. A big benefit to the hydrogen sulfide removal through the MIEX process rather than using a packed tower aerator is that the hydrogen sulfide stays in liquid form and gets disposed of in the waste stream being sent to the wastewater treatment facility. This eliminated the need for odor control, which would otherwise have been necessary since there are residential properties adjacent to the WTP site. The waste stream from the MIEX is also very low, producing only about 200 gallons of waste for every 1,000,000 gallons of water treated. In summary, the MIEX treatment system was evaluated to be the most cost effective treatment option producing the highest quality of finished water. The expansion is currently under construction and we are looking forward to bringing the system on line by the end of the year.