UNSPSC 25172706: Silt protector

A floating membrane comprised of high strength synthetic textiles that prevents spreading of sand, soil and dirty water generated by reclamation of marine and river, dredging operations. It consists of a floatation part, a canvas part and a connection part.

UNSPSC 25172706 Silt protector is a Commodity code representing erosion-control and sediment-containment products used in waterside construction and environmental remediation. State and local governments buy silt fences, turbidity barriers, sediment booms, and related protective equipment to manage stormwater runoff, protect water intakes, and contain spilled materials during marina repairs, boat ramp construction, fish passage modifications, and hazmat response operations. Issuing bodies under this code include county commissions, state departments of transportation, water authorities, and special-purpose districts managing public waterways and drinking-water infrastructure.

Recent opportunities show activity across California, Oregon, and Florida. The Clay County Board of County Commissioners posted an RFB (due July 6, 2026) for Knights Marina & Lake Shore Boat Ramp repairs and redevelopment; the Clackamas River Water Providers, a coalition of cities and water districts serving the Portland metropolitan area, issued an RFQ (due May 15, 2026) for a hazmat spill response trailer and containment equipment with a $50,000 budget ceiling funded through an Oregon grant; and the California Department of Transportation solicited bids (due April 3, 2026) for fish passage modifications at Rush Creek Bridge in Plumas County, with a $27,000 estimated project cost. The Galveston County Sheriff's Department Marine Patrol Division solicitation (due July 2, 2026) for patrol boat packages does not align with the code's sediment and erosion-control scope. Water protection and environmental compliance appear to be the primary drivers, with Oregon and California showing recent activity targeting drinking-water intake protection and stream habitat restoration.