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WASTE TO FUEL

WASTE TO FUEL. Gasification using High Temperature Steam. Evaluation and Thermochemical Modeling of High Temperature Steam Gasification of Municipal Solid Waste (MSW). University of Florida Boiling Heat Transfer and Clean Biomass Energy Research Laboratory

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WASTE TO FUEL

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  1. WASTE TO FUEL Gasification using High Temperature Steam Evaluation and Thermochemical Modeling of High Temperature Steam Gasification of Municipal Solid Waste (MSW) University of Florida Boiling Heat Transfer and Clean Biomass Energy Research Laboratory Uisung Lee, Jacob N. Chung, Herbert A. Ingley

  2. Research Fields: Biomass Energy Group at UF Biomass and MSW Steam Gasification System Hydrogen Separation Biomass or MSW Gasifier Hydrogen Separation Membrane Syngas Hydrogen H2 & CO Fischer-Trposch Reactor Biodiesel F-T Reaction Photo by Michael Kappel on Flickr

  3. Municipal Solid Waste (MSW) Landfilled waste : 53.8% (2012, EPA)

  4. Gasification Generator Electricity H2 Hydrogen Membrane Separator pure Hydrogen Syngas (H2, CO, CH4) Fischer-Tropsch Reactor Biodiesel Gas turbine or IC engine Mechanical work

  5. Why Steam? No N2 dilution Increase syngas heating value H element is limited in feedstock Expected Higher H2 concentration Steam works as source of H2 Condensed water can be reused Can be separated and recirculated No CO2 data due to GC problem, for rubber

  6. The End University of Florida Boiling Heat Transfer and Clean Biomass Energy Research Laboratory Uisung Lee: uisunglee@ufl.edu Research Website: http://gasification.mae.ufl.edu

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