The solicitation has been amended to revise the Purchase Description and CLIN structure, provide a ProjNet Plan Room key for bathymetry survey access, and post Contractor Questions Answered Part 2 and the contractor Q&A. The project requires a complete debris boom system at Harry S. Truman Dam to intercept floating debris upstream of the spillway and protect the tainter gates, while also serving as a visual barrier for boaters. The contractor must furnish all labor, materials, equipment, engineering, fabrication, delivery, and optional installation for an approximately 2,000-foot boom designed for site-specific hydraulic, wind, wave, debris, and impact loading. Design requirements include an 800-foot by 3-foot debris field, a minimum safety factor of 2.0, resistance to a direct head-on impact from an 18-inch-diameter, 100-foot-long log at maximum design water velocity, and 50 mph wind and 5-foot wave conditions. An organized site visit is scheduled for Friday, 9 October 2026 at 11am; the acquisition is full and open/unrestricted and is not set aside for small business.

The solicitation has been amended to revise the Purchase Description and CLIN structure, provide a Projnet Plan Room key for bathymetry survey access, and post contractor questions and answers. This is a full and open, unrestricted acquisition, not set aside for small business. The contractor must provide all labor, materials, equipment, engineering, fabrication, delivery, and optional installation for a complete debris boom system at Harry S. Truman Dam. The approximately 2,000-foot boom must intercept floating debris upstream of the spillway, serve as a visual barrier for boaters, and withstand specified hydraulic, wind, wave, debris, and impact conditions, including an 800-foot by 3-foot debris field, a minimum safety factor of 2.0, an 18-inch-diameter 100-foot-long log impact, 50 mph wind, and 5-foot waves. An organized site visit is scheduled for Friday, October 9, 2026, at 11am.

The government seeks a contractor to furnish a complete debris boom system at Harry S. Truman Dam, including all labor, materials, equipment, engineering, fabrication, delivery, and optional installation. The approximately 2,000-foot boom must intercept floating debris upstream of the spillway, serve as a visual barrier for boaters, and withstand site-specific hydraulic, wind, wave, debris, and impact loading. Design requirements include an 800-foot by 3-foot debris field, a minimum safety factor of 2.0, resistance to an 18-inch-diameter by 100-foot-long log at maximum design water velocity, 50 mph winds, and 5-foot waves. This acquisition is full and open competition, unrestricted, and not set aside for small business. An organized site visit is scheduled for Friday, 9 October 2026 at 11am.

The contractor will provide all labor, materials, equipment, engineering, fabrication, delivery, and optional installation for a complete debris boom system at Harry S. Truman Dam. The approximately 2,000-foot boom must intercept floating debris upstream of the spillway, act as a visual barrier for boaters, and withstand site-specific hydraulic, wind, wave, debris, and impact loads. Design requirements include an 800-foot-long by 3-foot-thick debris field, a minimum safety factor of 2.0, direct head-on impact from an 18-inch-diameter, 100-foot-long log at maximum design water velocity, 50 mph wind, and 5-foot waves. This acquisition is full and open competition, unrestricted, and is not set aside for small business. An organized site visit is scheduled for Friday, 9 October 2026 at 11am at Harry S. Truman Dam.

The contractor must furnish a complete debris boom system at Harry S. Truman Dam to intercept floating debris upstream of the spillway and protect the tainter gates, while also serving as a visual barrier for boaters. The approximately 2,000-foot boom must be engineered, fabricated, delivered, and optionally installed, with design support for an 800-foot-long by 3-foot-thick debris field. It must withstand site-specific hydraulic, wind, wave, debris, and impact loads, including a direct head-on impact from an 18-inch-diameter, 100-foot-long log at maximum design water velocity, 50 mph winds, and 5-foot waves, using a minimum safety factor of 2.0. This is a full and open, unrestricted acquisition not set aside for small business. An organized site visit is scheduled for Friday, October 9, 2026, at 11 a.m.