UNSPSC 51302101: Oxifungin

This classification denotes an antifungal agent with the molecular formula C13H12N4O.ClH, a preparation that US FDA regulates as an active ingredient or moiety under Unique Ingredient Identifier 34711907NJ, chemically known as 1,2-dihydro-3-(phenoxymethyl)pyrido(3,4-e)-as-triazin hydrochlorid but generally known as oxifungin hydrochloride, which bears US NIH Compound Identifier 168888. Most nations schedule oxifungin under HS 29339990 and SITC 51577. As of Q4 2014, OXIFUNGIN remains the US FDA Preferred Term for this commodity.

Oxifungin bears US NLM identifiers UMLS ID C1882238 and NCI Concept Code C66264. SMILES: C1=CC=C(C=C1)OCC2=NC3=C(C=CN=C3)NN2.Cl.

UNSPSC 51302101 Oxifungin is a Commodity code tracking chemical treatment compounds used in municipal water and wastewater systems, though recent state and local solicitations show minimal direct activity under this specific code designation. The single substantive recent opportunity involves liquid aluminum sulfate (alum), a phosphorus-removal chemical for wastewater treatment, rather than oxifungin itself. State and local water utilities—primarily municipal water authorities and wastewater treatment departments—drive procurement under this commodity family when chemicals are needed for process treatment, but current activity does not reflect broad issuing-body adoption or repeat purchasing patterns. The scope of work when solicited includes supply of NSF-approved treatment chemicals meeting regulatory standards such as AWWA B403, delivered in bulk liquid form with firm unit pricing, inventory guarantees, and technical documentation (Certificates of Analysis, Safety Data Sheets, proof of regulatory approval). Contractors typically must demonstrate manufacturer or authorized distributor status, maintain minimum inventory levels at designated distribution facilities within specified distances of the treatment plant, and provide municipal references from comparable facilities.

The City of Austin issued IFB 2200 CSH1061 in July 2026, seeking bids for 179,200 gallons annually of liquid aluminum sulfate at 47%-49% concentration for its wastewater treatment facility, with bids due August 25, 2026 and local and small business preference discounts (5% for local businesses, 3% for small businesses, combinable on amounts up to $50 million). The second opportunity—the City of Tampa Fire Rescue Department's ITB 25-P-00157 for medical aid supplies—falls outside the oxifungin code's scope and indicates likely miscoding in the source data. Recent activity clusters in Texas (Austin) with no additional jurisdictions showing current oxifungin or direct oxifungin-equivalent procurement. The code shows limited recent solicitation frequency; firms pursuing this commodity should monitor municipal water and wastewater treatment authorities in major metropolitan areas where nutrient removal mandates drive alum and alternative chemical treatment purchases.