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PROPOSALFOR <br />On -Call Engineering Design Services HAS Treatment Systems <br />RELEVANT PROJECT EXPERIENCE <br />In this section we have included a list of relevant PFAS Projects. The design of each project was completed in <br />the last five years for a local Public Agency. <br />Serrano Water District I C.L. "Larry" Pharris Jr. Filtration Plant <br />Owner: Serrano Water District <br />Number of Wells: 2 <br />Capacity: 3,000 GPM <br />Status: Operational since February 2022 <br />Construction Costs: $3.8 million <br />PFAS Treatment: Ion Exchange <br />Reference: Benjamin Smith, PE, Orange County Water District <br />(714) 378-3211 <br />Project Benefits: <br />• Online within one year of construction start <br />• Fully utilizes local groundwater <br />• Designed partially below grade to soften the view of neighbors <br />• Second project placed into service by OCWD PFAS program <br />• Winner of ASCE Orange County Branch Water Treatment Project of the Year 2020 <br />City of Fullerton I Kimberly Well 1A Water Treatment Plant <br />Owner: City of Fullerton <br />Number of Wells: 1 <br />Capacity: 3,200 GPM <br />Status: Operational since June 2021 <br />Construction Costs: $1.7 million <br />PFAS Treatment: Ion Exchange <br />Reference: Benjamin Smith, PE, Orange County Water District <br />(714) 378-3211 <br />Project Benefits: <br />• Constructed on extremely small site <br />• Upgrades to well, pump, motor and VFD added to project <br />• First Orange County Project to obtain a Division of Drinking Water Permit <br />• First project placed into service by OCWD PFAS program <br />City of Fullerton I Main Plant Water Treatment Plant <br />Owner: City of Fullerton <br />Number of Wells: 5 <br />Capacity: 9,400 GPM <br />Status: Design Completed & Under Construction <br />Construction Costs: $11.3 million <br />PFAS Treatment: Granular Activated Carbon <br />Reference: Ryan Bouley, PE, Orange County Water District <br />(714)378-8207 <br />Project Benefits: <br />• GAC used due to presence of VOCs & PFAS in the groundwater <br />• Designed to be built within existing operating City Water Plant <br />• Layout included planning for future expansion <br />• 3D renderings used to provide visual view of the completed site during CEQA process <br />TETRA TECH Page 114 <br />