CFD Modelling of Underground Coal Gasification using ANSYS Fluent Simulator

Devanshu Shrivastava
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Abstract

Underground Coal Gasification is a non-traditional, in-situ combustion process for converting coal into product gases. In this process coal is combusted and the produced syngas which basically contains CO2, H2, CO and CH4 is extracted to the surface with the help of drilled wells. In this study, with reference to a lab-scaled UCG experiment [1] and taking the experimental data as the basis for the research a two dimensional CFD reactor model was created and further studies were done to establish the activity at the different locations of the reactor.
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基于ANSYS Fluent模拟器的煤地下气化CFD建模
煤地下气化是一种非传统的原位燃烧过程,将煤转化为产品气体。在该过程中,煤燃烧,产生的合成气主要含有CO2、H2、CO和CH4,借助钻井将合成气提取到地面。本研究参照实验室规模的UCG实验[1],以实验数据为研究基础,建立了二维CFD反应器模型,并进一步研究了反应器不同位置的活度。
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