UNSPSC 15111707: Cetane boost

A product specially formulated for diesel engines to combat the effects of poor quality diesel fuel.

UNSPSC 15111707 Cetane boost is a Commodity code, but the recent state and local opportunities tagged under it are actually soliciting bulk fuel supply and delivery services — primarily unleaded gasoline, diesel, renewable diesel, aviation fuel, and marine fuel — rather than cetane additives or boost products themselves. State and local governments are buying complete fuel supply agreements for fleet operations, vehicle fueling infrastructure, and specialized applications such as airport and waterfront refueling. The issuing bodies span county governments (Solano County, Sarasota County, Hunt County, Cobb County), cities (Austin), and special-purpose districts (Texas State Technical College). The solicitations emphasize vendor capacity to manage distributed fueling networks, deliver on short notice, and meet fuel quality standards; they are not procurement of additive products as the code name suggests.

Recent activity is concentrated in Texas and Florida, with secondary activity in California and Georgia. Representative opportunities include the City of Austin's IFB 7800 MLJ1046 (due October 29, 2026) seeking a single vendor for bulk motor fuels and fuel-related products across 130 tank locations citywide with estimated annual volume of 5 million gallons; Texas State Technical College's RFP #62 (due November 16, 2026) for aviation fuel services at TSTC Waco Airport with five-year estimated volumes of 3.375 million gallons Jet-A and 485,000 gallons 100LL Avgas; Sarasota County's IFQ 262916KR (due October 9, 2026) for marine fuel supply from a waterfront facility with approximately 8,000 gallons annually; the County of Solano's IFB 405060226 (bids due July 10, 2026, since passed) for bulk fuel supply with estimated annual consumption of 450,000 gallons; and Cobb County School District's RFP (due September 30, 2026) for gasoline and diesel fuel delivery to multiple district fueling sites. The code mismatch suggests a taxonomy classification issue rather than active cetane-additive procurement.