UNSPSC 50202703: Nectarine juice

UNSPSC 50202703 Nectarine juice (Commodity) does not align with recent state and local procurement activity in the source. While the code nominally describes a single beverage product, the recent opportunities posted under this code span multi-category food service procurement—school nutrition programs, institutional dining, and state-agency meal provision—encompassing fresh produce, dairy, proteins, snacks, and broad grocery items, not nectarine juice specifically. The code shows no recent solicitations explicitly requesting nectarine juice as a line item or standalone commodity.

The recent opportunities tagged under this code reflect state departments of education, school districts, counties, and state health and human services agencies procuring food service supplies through IFB and RFP notices. School districts in Georgia (Burke County, Hancock County), Florida (Pinellas County), Connecticut (Bridgeport), and Texas (multiple HHSC facilities) dominate the activity, alongside state procurement divisions in Texas and Georgia. The geographic spread includes Texas, Georgia, Florida, Connecticut, and Illinois, with Texas state agencies appearing most frequently. Representative recent solicitations include the Texas Health and Human Services Commission's IFB HHS0017418 for dairy products and juices statewide (due July 15, 2026); the Pinellas County School District's sealed electronic bid for milk, dairy, and juice products across 117 facilities (due June 11, 2026); Burke County Public Schools' comprehensive grocery procurement for five schools (due June 5, 2026); and the Texas Comptroller of Public Accounts' IFB 304T-27-380M1.2 for dairy and juice products with scheduled deliveries to juvenile justice and state school facilities (due August 25, 2026). Buy American requirements, firm fixed pricing, multiple delivery locations, and HACCP compliance appear across most solicitations. The code's recent activity does not reflect nectarine juice demand and may reflect a classification mismatch in the source data.