Insulation at Fire Stations 3 and 4

Macomb Township is seeking proposals for expanding foam insulation services at Fire Stations 3 and 4, located at 47711 North Avenue and 16820 25 Mile Road in Macomb, Michigan. The project involves installing expanding foam insulation into exterior and select interior wall cavities, covering approximately 3,675 square feet of wall space with 2" x 6" metal studs and wall heights of 12 and 11 feet. A mandatory pre-proposal meeting is scheduled for January 7, 2025, at 2:00 p.m. at both fire station locations, with proposals due on January 22, 2025, at 10:00 a.m. The evaluation criteria will be weighted as follows: 30% for qualifications, experience, and references; 30% for work plan/methodology; and 40% for cost proposal. Proposers will be required to provide a comprehensive solution including all supplies, materials, delivery, installation, and warranties, with a two-year warranty period for all materials and labor. The contract is structured to be completed across two fiscal years, with a progress payment invoice required for work at one fire station prior to June 30, 2025, and a final invoice for the second station after that date.

Proposers submitting bids of $50,000 or more will be required to furnish US Treasury Listed Company Performance, Maintenance-Guarantee, and Payment Bonds covering 100% of their proposal. The project does not specify any specific set-aside designations or restrictions for disadvantaged enterprises. A pre-bid walk-through sign-in sheet indicates potential interest from companies such as National Insulators, W Jules Consulting, and Worldwide Team/Insula. While specific budget ranges are not explicitly stated, the requirement for performance bonds suggests the project value is substantial. The architectural plans and detailed specifications provided indicate a comprehensive approach to the insulation project, with careful consideration of existing building infrastructure and the need for precise installation techniques. Contractors will be responsible for working within the existing architectural framework of the fire stations, ensuring minimal disruption to the facilities' operations while improving their thermal efficiency and performance.