Wake Island (WI) B. 1120 Restoration

The Department of the Air Force Pacific Air Forces is soliciting proposals for the comprehensive restoration of Building 1120 on Wake Island, a dormitory facility constructed in 1963 that has exceeded its design life and suffered significant structural degradation including moisture intrusion, termite damage, and corrosion. The project requires complete renovation of the two-story building, including replacement of exterior and interior walls, electrical and plumbing systems, HVAC installation, and conversion of portions into a medical clinic with backup generator and dedicated laundry facilities. The contract will be evaluated using a Lowest Price Technically Acceptable (LPTA) method, requiring offerors to demonstrate technical capability, provide recent federal project references, and maintain current SAM registration. Questions were due by 2:00 PM AKDT on August 25, 2025, with the proposal submission deadline extended multiple times to the current due date of September 12, 2025 at 10:00 AM AKDT. Proposals must remain valid until September 30, 2025, and should be submitted electronically to Contract Specialist Christie Moyer and Contracting Officer MSgt Erick Shriver.

This opportunity is set aside as a competitive Section 8(a) procurement with a total contract value of $19,000,000, classified under NAICS code 238390 for Other Building Finishing Contractors. The contract is structured as a firm fixed-price arrangement with a twelve-month performance period from October 1, 2025, to September 30, 2026, requiring the contractor to fully restore the building to remain functional for the next five to ten years. Performance will take place on Wake Island, a remote Pacific location that presents significant logistical challenges including limited runway operating hours, bimonthly rotator flights for personnel transport, and restrictions on cargo shipment requiring extensive advance coordination. The project demands specialized expertise in handling potential asbestos-containing materials, installing corrosion-resistant components in the harsh marine environment, and meeting federal environmental and safety standards while working in deployment-like conditions with minimal on-site support infrastructure.