Evergreen Mobile Home Park Drinking Water Consolidation Project.

The City of Atwater is advancing the Evergreen Mobile Home Park Drinking Water Consolidation Project to provide safe, potable water to a disadvantaged community serving 36 residents across 11 service connections. The project entails constructing a 2,300 linear foot 12-inch water main along Shaffer Road, including a 282-foot 24-inch steel casing bored beneath the BNSF railroad, and installing a new pump station with hydropneumatic equipment to ensure consistent pressure and flow. This infrastructure will replace the MHP’s contaminated groundwater system, which exceeds the state’s Maximum Contaminant Level for 1,2,3-Trichloropropane (TCP) by 2.6 times, thereby eliminating a critical public health risk. The project is eligible for a statutory exemption under California’s Public Resources Code Section 21080.48 (SB 131), which streamlines environmental review for small, disadvantaged water systems, and it qualifies for state grant funding through the State Water Resources Control Board. The City of Atwater is the lead agency, with the place of performance at 6357 Shaffer Road in Winton, CA, and the work is anticipated to begin in early 2027, with construction expected to span approximately three months at a rate of about 100 linear feet per day. The community is designated as a Disadvantaged Community based on median household income well below state averages, and the project triggers compliance with prevailing wage laws and skilled workforce training requirements under the exemption. All construction and system integration must adhere to California Code of Regulations, SWRCB drinking water standards, and city design guidelines. No formal contract value, solicitation number, or procurement evaluation criteria are specified, as the documentation reflects a planning and forecast stage. The primary point of contact is Justin Vinson, Public Works Director, and no formal Contracting Officer, COR, COTR roles, payment office, invoicing procedures, or FAR clauses are identified in the materials.