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An Advanced Concept for Efficient and Cost-Effective Biomass Drying--Manufacturing & Technology Conversion Int'l, Inc., 6001 Chemical Road, Baltimore, MD  21226; 410-354-0420, www.tri-inc.net
Dr. Ravi Chandran, Principal Investigator, rchandran@mtcionline.net 
Mrs. Amal Mansour, Business Official, amansour@mtcionline.net 
DOE Grant No. DE-FG02-03ER83707
Amount:  $99,913

There is a national interest in the efficient and economical utilization of biomass as an energy resource.  Consequently, there is a need for the development of a feedstock-flexible, modular, biomass drying system that can cater to local market drivers in an efficient, economical, safe, and environmentally responsible manner.  This project will develop a pulsed combustion drying system for biomass.  Phase I will identify and procure feedstock, modify and prepare a test facility for biomass drying, perform feedstock characterization tests, carry out a preliminary commercial system design, estimate costs, and perform technical, environmental, and economic assessments.  A pilot scale unit in Phase II will generate process characterization data for scale-up and commercialization. 

Commercial Applications and Other Benefits as described by awardee:  Deployment of the novel, cost-effective, environmentally benign, and efficient biomass drying system should enhance biomass utilization, promote energy savings, and reduce pollutant emissions.