Opportunity

University of Akron Workday #1185369

Professional Design Services for Secondary Expansion Tank at University of Akron Boiler Plant

Posted

April 28, 2026

Respond By

May 27, 2026

Identifier

1185369

NAICS

541330

This opportunity involves professional design services for the addition of a secondary expansion tank to the High Temperature Hot Water (HTHW) system at the University of Akron's Boiler Plant. - Government Buyer: - The University of Akron, Department of Capital Planning and Facilities Management - Scope of Work: - Design and construction administration for a new ASME Code-stamped expansion tank - Tank specifications: 6 feet diameter x 24 feet length, rated for 500 PSIG at 500°F - Includes two support saddles, safety relief valve, high- and low-level switches, and level indicators matching existing tanks - Preparation of construction documents, cost estimation, bid and award support, construction administration (minimum 4 hours onsite weekly), and project close-out documentation - Project Requirements: - Demonstrated experience with similar tank projects, owner occupancy, and general contracting delivery - Participation in the EDGE (Encouraging Diversity, Growth & Equity) program (5% goal) - Estimated Value: - Construction cost: $800,000 - Total project cost: $1,100,000 - No specific OEMs or vendors are named; the procurement is for professional design and engineering services

Description

The University of Akron is requesting qualifications for professional design services to add a second expansion tank to the High Temperature Hot Water (HTHW) system located in the Boiler Plant of the Physical Facilities Operations Center. The new tank must be ASME Code stamped, designed for 500 PSIG at 500°F, and sized at 6 feet diameter by 24 feet long with specific features including support saddles, safety relief valve, and matching level indicators. The Architect/Engineer will prepare construction documents, develop cost estimates, provide construction administration, and deliver close-out documentation upon project completion. The total project cost is estimated at $1,100,000 with a 5% EDGE participation goal.

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