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Influence of Coal-Biomass Fuel Composition on the Efficiency of its Conversion in Entrained-Flow Gasifiers

... DOI: 10.3103/S0361521919020046 Abstract: Co-gasification process of coal and plant biomass mixtures in entrained flow of oxygen and steam was investigated using mathematical modelling. The calculated dependences of the process characteristics on the control parameters (such as fuel composition, gasification agent composition and the stoichiometric ratio) are obtained. For the linear dependence of the ash melting temperature on its composition, the regions of parameters in which the process is technologically ...

Теги: biomass , coal , entrained flow , gasification , mathematical modeling , efficiency , mathematical models , temperature , control parameters , effect of temperature , entrained flow gasifiers , fuel compositions , gasification process , process
Process Simulation of the Co-Gasification of Wood and Polymeric Materials in a Fixed Bed

... of considerable current interest. Energy processing can become a method for its solution. For this purpose, the addition of higher grade fuel is frequently required in order to stabilize the process of thermal conversion. In this work, the effect of control parameters on the efficiency of the co-gasification of biomass (wood) and waste polymers in a dense layer was investigated. For this purpose, a mathematical model, which included blocks for describing drying, pyrolysis, and gasification processes ...

Теги: gasification , mathematical simulation , polymeric wastes , wood , control parameters , energy processing , gasification process , mathematical simulations , polymeric waste , process simulations , thermal conversion , waste processing , polymers


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