Closed Solicitation · DEPT OF DEFENSE
AI Summary
The Department of Defense, specifically the Department of the Army, is soliciting bids for the removal and replacement of the HVAC (RTU) system at Building 642, 174th ATKW Hancock Field in Syracuse, NY. The project requires the contractor to provide all necessary labor, materials, tools, equipment, supervision, quality control, and project management. This includes the demolition, recovery, and disposal of existing materials, as well as the delivery and receiving of new equipment. Bidders should not factor in the use of government equipment in their cost estimates. A site visit is scheduled for November 12, 2024
Repair by Replacement HVAC (RTU), Building 642 at the 174th ATKW Hancock Field, Syracuse, NY. The contractor shall provide all labor, materials, tools, equipment, supervision/quality control, and project management necessary to complete the Project Repair by Replacement HVAC (RTU), Building 642 at the 174th ATKW Hancock Field, Syracuse, NY. This includes but is not limited to demolition/recovery/disposal of existing material or equipment, delivery/receiving of all material or equipment to B642. Use of Government equipment should not be considered during any cost estimation. A site visit will be held 12 NOV 2024 at 9:00 AM. Attendees will meet at building 645, 6001 E Molly Rd, Syracuse, NY, 13211. Attendees must email Briana McCaffery at Briana.mccaffery@us.af.mil NLT 12:00 PM (noon) on 11 NOV 2024. Award will be made based on lowest price. Payment bonds are required. Wage Determination General Decision Number : NY20240026 dated 27 September 2024 Magnitude of thie project is between $25,000 and $100,000. All quotes are due NLT 2:00 PM Eastern 26 NOV 2024.
REMOVE/REPLACE HVAC (RTU) is a federal acquisition solicitation issued by DEPT OF DEFENSE. Review the full description, attachments, and submission requirements on SamSearch before the response deadline.
SamSearch Platform
AI-powered intelligence for the right opportunities, the right leads, and the right time.