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Feasibility And Co-Benefits Of Biomass Co-Firing: Case In Utah, Bibek Paudel

All Graduate Theses and Dissertations, Spring 1920 to Summer 2023

This research examines the physical and economic feasibility of 5% biomass co-firing in the coal-fired power plants of Utah. Transportation models is used to find out the physical feasibility of 5% biomass co-firing, as well as locate the supply zone for each power plant that would minimize the transportation cost. Additional cost required for 5% biomass co-firing and the economic benefits associated with biomass co-firing are calculated. The additional cost required for 5% biomass co-firing is estimated to be $34.84 million. Previous studies on CO₂ emission reduction are used to compute the economic benefit attain from CO₂ reduction …