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VJ I Kennedy Jenks <br />of a 4-mgd high -rate solids -contact clarifier for backwash waste treatment; a 20-mgd expansion <br />of the influent pump station, and the construction of a 30-mgd diversion pump station. <br />East County Advanced Water Purification Program, Management and Administration <br />Support, Padre Dam Municipal Water District, Santee, CA I QA/QC Manager <br />KJ has been providing Owner's Advisor and engineering services for this innovative three-phase <br />$500M potable reuse program for Padre Dam Municipal Water District and its East County <br />Partners since 2011. <br />KJ performed a comprehensive feasibility study of alternatives for providing up to 15-mgd of <br />potable reuse water for groundwater recharge and reservoir augmentation to provide a new <br />local water supply source, funded in part by a State Water Resources Control Board Recycled <br />Water Planning Grant. <br />KJ led the design of an Advanced Water Treatment Demonstration facility capable of producing <br />100,000 gpd of MFIRO product water and Advanced Oxidation Process product meeting <br />regulatory requirements for groundwater recharge and recovery, which has been in operation <br />since 2015. <br />Phase IIB Reclaimed Reservoir and Water Pipeline, Upper San Gabriel Valley Municipal Water <br />District, West Covina, CA ) Project Engineer <br />This $6.3 Million project involved the design of a 2-million-gallon reservoir and 22,000 LF of 12 <br />to 24-inch reclaimed water pipeline recycling 3,700 ac-ftlyr of recycled water produced by the <br />Los Angeles County Sanitation Districts, San Jose Creek reclamation Plant to local customers. <br />The project was funded by ARRA as and administered through the SRF process. <br />Regional WRF Master Plan, Elsinore Valley Municipal Water District, Lake Elsinore, CA <br />Project Manager <br />Led the preparation of a Wastewater Facility Master Plan to determine the future direction of the <br />Elsinore Valley Municipal Water District (EVMWD) Regional Wastewater Reclamation Facility <br />(RWRF). The RWRF was originally constructed as an extended aeration oxidation plant and has <br />continued to expand with the same technology to its current 8-mgd capacity. The master plan <br />addressed the critical decision of whether to continue with the extended aeration (High SRT <br />oxidation ditch) secondary plant or switch to one of the more conventional activated sludge <br />processes. The study also focused on the costs and benefits of the production of highly treated <br />biosolids, the ability to recover energy from methane production, and the reduction of aeration <br />costs. <br />Water and Wastewater Infrastructure Design for the Tesoro Viejo Community Development, <br />Tesoro Viejo, Inc., Madera, CA ) QA/QC Manager <br />The water reclamation facility includes progressive design -build delivery of a 0.8-mgd <br />expandable to 2.0-mgd Title 22 tertiary treatment process units utilizing membrane bioreactors <br />with water reuse to achieve zero liquid discharge through in -development recycled water uses <br />and groundwater recharge and recovery. The project includes securing all regulatory permits <br />and provisioning advanced water treatment for future indirect potable reuse. The water <br />treatment plant entails progressive design -build delivery of a 1.6-mgd expandable to 4.0-mgd <br />microfiltration plant with UV disinfection. <br />