Victorville Opengov #242764

Design and Construction of 1MG Prestressed Concrete Reclaimed Water Reservoir at SCLA, Victorville, CA

This opportunity involves the design and construction of a 1-million-gallon prestressed concrete reclaimed water reservoir at the Southern California Logistics Airport (SCLA) in Victorville, California. - Government Buyer: - City of Victorville, Engineering Department - Project Scope: - Replace existing 600,000-gallon in-ground rubber-lined pond - Decommission and remove old pond and associated infrastructure - Design and build a 1MG prestressed concrete circular reservoir - Construct a new pump station with prefabricated steel building - Install pumps, motors, valves, controls, instrumentation, and electrical systems - Lay approximately 350 linear feet of onsite piping - Extend 1,380 linear feet of potable water main - Reroute overflow connections to sanitary sewer system - Unique Requirements: - Unified design-build responsibility by a single qualified specialty subcontractor (no separation of design and construction) - Environmental compliance: preconstruction surveys, construction monitoring, handling of pesticide-contaminated soil - OEMs and Vendors: - No specific OEMs or vendors named; open to qualified contractors with experience in prestressed concrete reservoir projects - Place of Performance: - Southern California Logistics Airport (SCLA), Victorville, CA - Period of Performance: - Covers full design and construction timeline; specific dates not provided

Description

This project involves the design and construction of a 1-million-gallon prestressed concrete circular reclaimed water reservoir at Southern California Logistics Airport (SCLA) in Victorville, CA. The work includes site preparation, excavation, foundations, underground piping, and construction of a new pump station with associated mechanical and electrical systems. Additional scope includes approximately 350 linear feet of onsite piping, extension of potable water main, decommissioning of the existing pond, environmental compliance activities, and rerouting overflow connections to the sanitary sewer system. The project aims to improve water quality, operational efficiency, and system reliability by replacing the existing 600,000-gallon pond.

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