UNSPSC 71171803: Gas water ratio in pressurised samples

Service evaluating gas water ratio in pressurized samples

UNSPSC 71171803 Gas water ratio in pressurised samples is a Commodity code that encompasses laboratory analysis of water composition and quality parameters in pressurized systems — specifically testing performed on water samples collected from pressurized equipment or environments to measure gas-to-water ratios and related dissolved gas content. Recent state and local solicitations under this code, however, show limited alignment with the nominal commodity description; the opportunities instead reflect broader water quality, environmental microbiology, and infrastructure monitoring services that state and local water utilities, public health departments, and transit authorities actually procure today.

State and local issuing bodies pursuing this code include county water and sewer departments, municipal utilities, public housing authorities, transit authorities, healthcare facility operators, school districts, and state environmental and health agencies — primarily counties and cities in Florida, Georgia, Illinois, Nevada, and Texas. Representative recent opportunities include Forsyth County Department of Water and Sewer's RFQ for sewer spill monitoring, sampling, analysis, and reporting services (due November 12, 2026); Santa Clara County's RFB for waterborne pathogen testing and environmental microbiology services supporting healthcare dialysis facilities with ISO/IEC 17025 and CDC ELITE accreditation requirements (due October 22, 2026); Hillsborough County Public Schools' ITB for water and wastewater laboratory services across 32 line items, including Total Suspended Solids, CBOD5, fecal coliform, drinking water VOC and PFAS testing, and sample courier services (due September 24, 2026); and the City of Palm Bay's ITB for laboratory testing and professional services including deep injection well monitoring, VOC analysis, PFAS testing, wastewater influent/effluent analysis, and industrial pretreatment monitoring (due October 6, 2026). Geographic activity is concentrated in Florida and Georgia, with secondary activity in Texas, Nevada, Illinois, and Michigan. The code shows steady recent activity driven by regulatory compliance (EPA, state environmental protection division, and drinking water standards), wastewater treatment oversight, and healthcare facility water safety programs.