Mixing and Drug Delivery Modeling

The contract seeks the development of computational or physical models to simulate the mixing dynamics of HI-6 DMS and atropine sulfate immediately following actuation, with the explicit goal of ensuring rapid and effective reconstitution of these agents. The modeling effort must accurately capture the physical and chemical interactions during the mixing process to guarantee that the final delivered formulation meets performance requirements under operational conditions. This work is critical to advancing the reliability and speed of drug delivery systems in emergency or combat scenarios where timely administration is essential. The solicitation is issued as a subcontract under the North American Industry Classification System code 541690, reflecting its focus on other scientific and technical consulting services. It is managed by the Department of National Defence, Government of Canada, with a response deadline of June 16, 2026. The performance location and point of contact are not specified, but the work is expected to support Canadian defense medical readiness initiatives. Interested parties must submit proposals by the deadline to be considered for award, and the contract will likely be awarded to a team with demonstrated expertise in pharmacokinetic modeling, fluid dynamics, or drug delivery system engineering.