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An Advanced Concept for Cost-Effective, Modular Biomass Power Systems--Manufacturing and Technology Conversion International, Inc., 6001 Chemical Road, Baltimore, MD 21226-1606; 410-381-4200
Dr. Ravi R. Chandran, Principal Investigator
Mrs. Amal M. Mansour, Business Official
DOE Grant No. DE-FG02-98ER82613
Amount: $750,000
There is a burgeoning world market for cost-effective, modular, small-scale (10kWe to 5 MWe) biomass power systems suitable for remote rural areas, areas of developing countries that have limited biomass supply, and areas with biomass waste disposal or radioactive/chemical contamination problems. A thermo-electrochemical system that can meet the needs of these areas is currently being analytically and experimentally developed. The system will function as a "green" power generator that is both environmentally non-intrusive and climate change neutral. In Phase I, the technical and engineering feasibility of a thermo-electrochemical system for biomass power generation was established through analysis, computer simulations, conceptual design and innovative system integration. A preliminary market analysis was then completed and system economics were estimated. During Phase II, a prototype will be designed, built and tested. This prototype will confirm the operational attributes and efficiency of the system, and provide the technical and economic performance basis for a commercial demonstration. In addition, a commercialization plan will be developed and a site for commercial demonstration will be secured.
Commercial Applications and other Benefits as described by the awardee: This biomass power system should aid rural electrification and development, enhance biomass utilization, enable agricultural and livestock waste disposal, facilitate the cleanup of radioactive/chemical contamination, and encourage the development of small-scale power systems for defense applications.