Chino Planet bids #2026-0003

Emergency Power Study and Generator Design for Chino Water Facilities

This opportunity involves the City of Chino's Public Works Department seeking consulting and engineering services for emergency power upgrades at multiple water facilities. - Government Buyer: - City of Chino, Public Works Department, San Bernardino County, CA - Scope of Work: - Emergency Power Study for eight city-owned water facilities - Assess emergency power needs, develop backup power strategies, and prepare a Preliminary Design Report (PDR) with 30% design - Evaluate facility loads, operational priorities, system reliability, maintenance, power restoration, and technology options - Design, permitting, and bid-support services for an emergency power backup generator project at the Benson Water Treatment Facility - Advance design through 60%, 90%, and final stages, resulting in a bid-ready, constructible package - Includes environmental review, utility coordination, and compliance with Build America, Buy America Act - Key Products and Equipment: - Generac-Magnum containerized generator (1600KW standby, 1440KW prime, 1600-gallon fuel tank) - Multiple Peerless and Baldor pumps (various capacities and motor sizes) - Vertical turbine pumps for wells (various capacities and HP) - Transfer switches, SCADA systems, and related electrical/mechanical equipment - Notable Requirements: - Compliance with EPA Community Grant funding and federal Build America, Buy America Act - Local business preference may apply - Electronic submission via PlanetBids - Separate cost file required - Project is structured in two phases with a two-year contract term and one-year renewal option - No specific OEMs are mandated, but Generac-Magnum, Peerless, and Baldor are referenced as equipment examples.

Description

The City of Chino is seeking proposals from qualified consulting firms to conduct an Emergency Power Study for eight City-owned water facilities. The project includes developing a coordinated backup-power strategy addressing facility loads, operational priorities, system reliability, maintenance, power restoration, and feasible technologies. The study will produce a Preliminary Design Report and preliminary design for each facility. Additionally, the project involves advancing the Benson site design through final stages, including permitting and bid-support services.

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