City Of Fullerton Well 10 Pfas Treatment Project

The City of Fullerton Well 10 PFAS Treatment Project involves the construction of a dedicated treatment facility to remove per- and polyfluoroalkyl substances from groundwater at Well 10, located at 1901 E Rosslynn Ave, Fullerton, CA 92831. The scope encompasses full site preparation, installation of advanced water treatment equipment, integration with existing municipal water infrastructure, and comprehensive system commissioning to ensure reliable and effective PFAS contaminant removal. The project is procured under NAICS Code 237110 by the Orange County Water District, with an estimated contract value of $7 million. All proposals must be submitted in person by the deadline of August 18, 2026, at 2:00 p.m. PT to the District Office in Fountain Valley, California, with no electronic submission options provided. The mandatory pre-bid meeting was held on July 16, 2026, and all inquiries were to be directed to procurement@ocwd.com by July 30, 2026. While the place of performance and overall project objective are clearly defined, there is no disclosed period of performance, delivery schedule, pricing breakdown by line item, or specification of technical standards such as EPA or ASTM guidelines. No contract clauses, special requirements, inspection criteria, or evaluation factors are included in the available documentation. No contracting officer’s representative, technical representative, or procurement contracting officer is formally identified, and procurement oversight is handled through a general point of contact. The solicitation does not reference any required representations, certifications, or socioeconomic status declarations from offerors, nor does it specify packaging, marking, invoicing methods, or accounting identifiers such as TAS or ACRN. The absence of detailed clauses, evaluation metrics, and administrative data renders much of the contract framework procedural rather than prescriptive, relying on the bidder’s compliance with general construction norms and regulatory expectations for water treatment infrastructure.