Clean onsite energy from organic, biomass, and plastic waste, to reduce greenhouse gas emissions and deliver renewable energy, improved resiliency, and cost savings to the U.S. Army.

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 and Goals. Enexor’s Bio-CHP system uses a patented and proprietary non-gasification technology to convert a wide range of organic, plastic, and biomass waste, in any combination, into clean renewable energy. Enexor will install Bio-CHP systems at an Army facility to demonstrate system performance, with minimal warfighter operational support required. The project will also demonstrate how the Bio-CHP systems can be relocated on military installations within a 48-hour period, providing significant energy resiliency improvement benefits.