UNSPSC 12165101: Polymer gel

Polymers used in enhanced oil recovery solutions for in-depth conformance and sweep efficiency improvement

UNSPSC 12165101 Polymer gel is a Commodity code that state and local governments procure primarily as treatment chemicals for water and wastewater systems, with secondary applications in facility maintenance and cleaning operations. Recent solicitations show polymer gel (or filter belt press polymer) used as a coagulant aid and flocculent in municipal water treatment plants and as a component in wastewater treatment processes. The code captures both specialized polymeric treatment compounds and generic chemical supplies procured on as-needed or annual supply contracts by water departments, public utilities, wastewater authorities, and facility maintenance operations.

Activity spans municipalities of varying size across Texas, Florida, Georgia, Connecticut, California, and Oregon, with no dominant single issuer. Water utilities and city departments issue most solicitations under this code, typically as part of broader chemical supply RFPs, IFBs, or ITBs bundling multiple water-treatment products. Representative recent opportunities include the City of Edinburg, Texas (IFB 2027-06, due September 29, 2026) seeking filter belt press polymer at 24 drums for water treatment and 200 drums for wastewater as part of an annual 12-month chemicals contract; the City of St. Petersburg, Florida (IFB-26-312, due September 15, 2026) procuring ferric chloride and other coagulants for the Southwest Water Reclamation Facility on an as-needed basis with three-year initial contract term; and the City of Tallahassee, Florida (IFB-067-26-CPW, due June 16, 2026) issuing a five-year magnesium hydroxide supply contract for odor and corrosion control across its 1,000-mile wastewater collection system. Most contracts require NSF/ANSI Standard 60 or 61 certification, firm pricing for the initial 12-month period with adjustments permitted thereafter, and delivery within 48 to 72 hours of order. Geographic concentration reflects water-system activity in Gulf Coast and Southeast states with active municipal treatment infrastructure; procurement velocity suggests steady quarterly activity as water utilities manage seasonal demand and inventory rotation cycles.