Award Data

eSpin Technologies will design the scale up machine to produce novel high performance separator for lithium primary batteries. The process will be developed to produce novel separator and a variants which has the potential of a significantly higher volumetric efficiency for electrolyte storage capacity and kinetics to distribute electrolyte flow within nanoporous channel efficiently. This new sepa ...

An advanced degaussing system utilizing high temperature superconducting (HTS) cables is being developed by the the Navy for application to new ship systems. The proposed system reduces the system weight and installed cost over degaussing system designs that use copper cables. HTS cables operate in a cryogenic environment, and are housed in a vacuum-jacketed conduit. The terminations for HTS cab ...

As the Army’s current fielded ground combat and combat support systems continue to age, there are increasing performance and reliability issues being encountered by our troops. Vehicles and equipment once designed using the best practices available at the time, can now be better engineered through state-of-the-art computational processing through coupling of engineering, business and maintenance ...

Building upon the successful Phase I demonstration of the feasibility of the Blended Hybrid Laminate (BHL) technology, the Phase II effort will seek to demonstrate and validate the technology at a relevant scale. Phase II confirmation of high cryo-pressure cycle life and high structural performance will open the door to the application of the technology to future high performance rockets, such as ...

Pressure gain combustion (PGC), such as in a rotating detonation engine (RDE), has the potential to increase combustor efficiency up to 10%. This improvement would be valuable to many DoD systems such as thrusters, engines, and power generation units. In an earlier AFRL funded Phase I effort, GTL designed and modeled conceptual liquid injection rotating detonation engine concepts.  By the end of ...

Abstract The Enexor BioEnergy xTechSBIR Phase II project will demonstrate how the Enexor Bio-CHP, a modular, grid-independent, distributed renewable energy technology, will enable Army facilities to redirect organic and plastic waste from ending in landfills to generating onsite, 24/7 reliable, and affordable renewable power and thermal energy to meet the Army Climate Strategy’s (ACS) End State ...

Learn2Win (L2W) proposes utilizing SBIR funding to provide the United States Navy with a highly functional and accessible tool to modernize training content and delivery. By leveraging a mature solution with proven commercial success, L2W seeks to use this opportunity to tailor its mobile, micro-learning platform to the needs of Navy users. SBIR funding will allow L2W to both build out a prototype ...

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