99 -- Replace Stair Treads, Risers, Landing Tile Surfaces, and Cove Base, Bldg 47 Stairwells, (Honor Guard Dorm), Bolling AFB, DC

This solicitation requests quotes for the removal and replacement of stair treads, risers, landing tile surfaces, and cove base in the stairwells of Building 47, the Honor Guard Dormitory at Bolling Air Force Base, DC. The project involves removing approximately 76 stairs and risers, 702 square feet of landing tile surface, and 100 linear feet of cove base, followed by installation of new materials made of black rubber and vinyl, with specific thicknesses and dimensions detailed in the solicitation. The contractor is responsible for providing all labor, equipment, tools, materials, and supervision, as well as disposing of removed materials and debris. The work is to commence around September 24, 2004, with measurements provided as estimates, requiring contractors to verify all quantities themselves. A mandatory site visit is scheduled for September 9, 2004, at 9:30 a.m. at the Bolling AFB Visitors Center, with specific requirements for base access and attendance notification. This requirement is a 100% set-aside for Service Disabled Veteran Owned Small Businesses under the NAICS code 238330, with a small business size standard of $12 million. Quotes must be submitted by 4:30 p.m. on September 13, 2004, following the FAR provisions for commercial item acquisitions. Offerors must include detailed descriptions of their capabilities, pricing, warranty terms, acknowledgements of solicitation conditions, and completed representations and certifications. The government intends to award the contract to the responsible offeror whose proposal offers the best overall value considering technical capability, price, and delivery. Contractor personnel working on the base must obtain appropriate identification, vehicle passes, and comply with health and safety requirements. All contractual work will adhere to established industry standards and manufacturer recommendations to ensure warranty preservation.