UNSPSC 41113050: Arsenic detector

Arsenic is the critically toxic compound for human body even for a small volume and it is the gray white-colored element is heated to sublime to generate compound with very strong chemical. This is a type of device that detects arsenic.

UNSPSC 41113050 Arsenic detector (Commodity) does not align with the work state and local governments are actually procuring under this code. Recent solicitations filed under the code involve precision laboratory and testing equipment — optical surface profilometers, brake testers, spectrophotometers, meter test boards, high-voltage measurement modules, photometric testing systems, software licenses for drug discovery research, and laboratory equipment repair and maintenance services — none of which are arsenic detection devices or related environmental monitoring equipment. The issuing bodies include higher-education institutions (Valencia College, Jackson State University, Texas State University, Texas A&M University System), municipal utilities (City of Ocala Electric Utility, Kissimmee Utility Authority, City of Tampa Water Department, Lubbock Power & Light), county and regional authorities (Lee County Port Authority, Collier County, Marion County), and state agencies (Colorado State Patrol, Texas Department of State Health Services). The geographic spread spans Florida, Texas, Colorado, Oregon, Arizona, and other states, with no concentration in any single jurisdiction. Representative recent opportunities include Lee County Port Authority's RFQ for airfield photometric testing at Southwest Florida International Airport (response due October 29, 2026), City of Ocala Electric Utility's RFP for a three-phase meter test board system (sealed proposals due April 30, 2026), Jackson State University's sole-source procurement for the Schrodinger Small Molecule Drug Discovery Suite (objections due October 13, 2026), and the Texas Department of State Health Services' IFB for laboratory equipment repair and maintenance services (bids due July 6, 2026 and August 26, 2026 under reissued solicitation HHS0017421V2). The apparent mismatch between the code's nominal scope and current procurement activity suggests either a taxonomy classification error in recent filings or minimal genuine demand for arsenic detection equipment in the state and local market captured by this dataset.