ASG-KU Exposure Monitoring Equipment

The U.S. Army Materiel Command Army Contracting Command is seeking to procure industrial hygiene exposure monitoring equipment through solicitation W912D125QA011 to support DOD civilians and military personnel at Army Support Group-Kuwait (ASG-KU) and ASG-JO. The procurement includes 12 specific types of scientific monitoring equipment totaling multiple units, including color LED light meters, noise dosimeter kits, air sampling pump calibrator kits, indoor air quality meters, digital laser range finder kits, asbestos bulk sampler kits, protective coveralls, datalogging thermal anemometers, air flow capture hoods, and photoionization detector kits with calibration accessories. This equipment purchase ensures compliance with force health protection and occupational safety and environmental health requirements under Federal and DOD/Army authorities including OSHA regulations, CFR Part 1910, and various Department of Defense Instructions. The solicitation was posted on August 2, 2025, with responses due by August 18, 2025. The equipment will be used to verify occupational and environmental health hazards in support of military operations.

This procurement is designated as a Women-Owned Small Business (WOSB) set-aside opportunity, meaning only qualified women-owned small businesses are eligible to compete. The contract requires delivery within 60 calendar days of award, with initial delivery to Shaw AFB, South Carolina, followed by ultimate shipment to APO AE 09366 in Kuwait. The solicitation specifies exact quantities for each equipment type, ranging from single units for specialized items like the asbestos bulk sampler kit and air flow capture hood to multiple units for commonly used equipment like the four digital laser range finder kits and four air sampling pump kits. The place of performance is listed as Shaw AFB, SC, which will serve as the delivery point before equipment is forwarded to the operational location in Kuwait. No incumbent contractors or specific budget ranges are identified in the available documentation.