UNSPSC 26131612: Exhaust outlet ducts

UNSPSC 26131612 Exhaust outlet ducts is a Commodity code that encompasses the design, procurement, and installation of ducting systems that route exhaust airflow from mechanical equipment — particularly dryers, HVAC systems, and distributed energy resources — in municipal and county facilities. State and local governments buying under this code are acquiring complete exhaust system packages including ductwork removal, installation, integration with building automation and fire suppression systems, and commissioning; the work frequently includes structural and electrical modifications to support equipment replacement or new renewable energy installations.

Recent activity shows issuing bodies across county governments and cities of varying size, with Milwaukee County, the City of Pasadena, and the City of Dallas among the most visible recent solicitors. Milwaukee County issued ITB ITB2026LAUNDRYEXHAUSTSYSTEMINCLUDESREMOVALOFEXISTINGLAUNDRYLINTCOLLECTIONSYSTEMFORMILWAUKEECOUNTYCOMMUNITYREINTEGRATIONCENTER (due June 3, 2026) for design, furnishing, and installation of a laundry exhaust lint collection system to replace an existing system at the Community Reintegration Center in Franklin, Wisconsin, with scope including removal of existing ductwork, installation of new ducting to support two Braun 123H dryers at approximately 20,000 CFM capacity, structural engineering, integration with the existing Johnson Controls Metasys Building Automation System, electrical and roofing modifications, shop drawings, and commissioning. The City of Pasadena Department of Water and Power solicited proposals under RFP 2026RFP0129 (due July 7, 2026) for design and engineering of a rooftop wind microturbine distributed energy resource, including materials procurement and long-term maintenance, with exhaust ducting requirements embedded within the broader renewable energy installation scope. Geographic spread includes Wisconsin, California, Georgia, and South Dakota across the most recent opportunities, with no single state dominating the activity.