Test and evaluation of the bsee burner

The Department of the Interior's Bureau of Safety and Environmental Enforcement (BSEE) is seeking a small business contractor to conduct comprehensive testing and evaluation of a low-emission crude oil burning system prototype designed for oil disposal. The solicitation requires the selected contractor to perform scientific and technical support services, including assessing the burner's material life cycle, conducting performance testing, modifying the prototype for field deployment, and constructing additional units. Key objectives involve testing the burner's capability to process up to 640 barrels of crude oil per day, including emulsified oil with up to 40% water content, and performing field tests in diverse environments such as marsh, arctic, and marine settings. The contract requires the development of user manuals and final documentation, with proposals due by May 19, 2025, at noon, and an anticipated award date of June 1, 2025. While specific evaluation criteria are not explicitly detailed, the solicitation suggests a focus on technical capability, proposed testing methodologies, and the contractor's understanding of the prototype's technical requirements.

The contract is a total small business set-aside under NAICS category 333132 (Oil and Gas Field Machinery and Equipment Manufacturing) with a size standard of 1,250 employees. The 24-month firm-fixed-price contract will include multiple contract line items (CLINs) and offers options for additional work. The government will provide the initial BSEE Burner prototype, including the frame, shroud, and flow blurring atomizer, and will collaborate with the contractor to acquire or build additional components through a patent license. The contractor will be required to obtain a no-cost Government Purpose License and acknowledge that the prototype remains U.S. Government property throughout the contract period. While specific budget ranges are not disclosed, the comprehensive nature of the testing and evaluation suggests a significant investment in developing and refining this oil disposal technology. The place of performance will likely include both laboratory and field testing locations across different environmental contexts.