Opportunity

University of Minnesota Ionwave #10306.2026.25.08.mw

University of Minnesota Boiler Equipment and Steam System Procurement

Posted

August 27, 2026

Respond By

October 01, 2026

Identifier

10306.2026.25.08.mw

NAICS

333415, 333414, 423730

The University of Minnesota is seeking to procure boiler equipment and related steam heating components for multiple campus buildings across St. Paul, East Bank, West Bank, and HRA districts. - Government Buyer: - University of Minnesota Facilities Management - OEMs and Vendors Mentioned: - Burnham - Kewaunee - DriSteem - Fulton - Cleaver Brooks - Bryant Heating & Cooling - Products/Services Requested: - Boiler equipment, humidifiers, and steam coils - Notable part numbers include: 48-106, L3S100-KGO, GTS-700, VTG-6000, FLX BT-4530, FLX BT-4531, GTS-300, K450-S-15-G1, EDR-750, FLX BT5206, FLX BT5207, and others - Quantities are generally one unit per line item, each serving specific building functions such as steam coils, radiation, and humidification - Unique or Notable Requirements: - Equipment must be compatible with existing building systems and serve designated mechanical rooms, air handling units, and central energy plants - Multiple OEMs are specified, but the solicitation may allow for equivalent alternatives if they meet performance and compatibility standards - The procurement covers a range of building types and mechanical applications, emphasizing reliability and integration with campus infrastructure

Description

The University of Minnesota Facilities Management is soliciting proposals for chemical water treatment services. The scope includes treatment for open cooling systems, hot and cold closed loops, and boiler systems across the St. Paul and Minneapolis campuses. The solicitation prohibits direct contact with the department during the RFP process and requires submission through the MBID system by the specified deadline. The project involves detailed testing, monitoring, and chemical management to ensure safety, asset preservation, and cost efficiency of the water systems.

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