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Energy and Exergy Evaluation of Product Gas from Coal/Biomass Blend Gasification in a Dual Circulating Fluidized Bed Reactor

机译:双循环流化床反应器中煤/生物质混合气化产物气的能量和火用评价

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Product gas from coal/biomass blend gasification in a dual circulating fluidized bed reactor is studied from energy and exergy aspects. The energy and exergy values of product gases are analyzed, the effects of reactor temperature,steam/fuel ratio and biomass ratio are reported. The energy and exergy values of product gases from coal gasification and biomass gasification increase monotonously when the reactor temperature increases,whereas vary slightly and irregularly when the steam/fuel ratio increases.As the biomass ratio increases from 0 to 1, the energy and exergy values increase first and then decline.On the whole, the exergy values are lower than the corresponding energy values,and keep pace with the energy values.When the reactor temperature and steam/fuel ratio are the same,product gases from biomass gasification show higher energy and exergy values than those from coal gasification.
机译:从能量和火用方面研究了煤/生物质混合气化在双循环流化床反应器中的产物气。分析了产物气的能量和火用值,报告了反应器温度,蒸汽/燃料比和生物质比的影响。当反应堆温度升高时,煤气化和生物质气化过程产生的产物气的能量和火能值单调增加,而当蒸汽/燃料比增加时,气化产物的能量和火能值单调增加。当生物质比从0增加到1时,能量和火能值总体上,火用能值低于相应的能值,并且与能值保持一致。当反应堆温度和蒸汽/燃料比相同时,来自生物质气化的产物气显示出更高的能量。和火用值比煤气化得到的值高。

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