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A CFD model of the fluidized-bed furnace chamber of the OP-150 boiler pregasifier

机译:OP-150锅炉预气化炉流化床炉膛的CFD模型

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The values obtained by means of measurements of the fluidized-bed furnace chamber of the pregasifier of the Stalowa Wola power plant OP-150 boiler were compared with the results of numerical calculations performed using the Ansys. Fluent code [1] to verify the numerical model (and to select the sub-models). Two variants of the CFD model were taken into consideration in an attempt to simulate the furnace chamber operation in real conditions and in conditions created by closing the "circulation windows". The steady-state processes of biomass pyrolysis, of the combustion of the volatile matter resulting from it and of the gasification and combustion of char were modelled. Some simplifications (solid bed, single-phase flow model in the Euler coordination system) were assumed in the CFD model, which did not have a considerable adverse effect on the obtained results.
机译:将通过测量Stalowa Wola电厂OP-150锅炉的预气化炉流化床炉膛获得的值与使用Ansys进行数值计算的结果进行了比较。流利的代码[1]来验证数值模型(并选择子模型)。为了在真实条件下和在通过关闭“循环窗口”而创建的条件下模拟炉腔操作,已考虑了CFD模型的两个变体。对生物质热解的稳态过程,由此产生的挥发性物质的燃烧以及炭的气化和燃烧进行了建模。在CFD模型中假设了一些简化形式(欧拉协调系统中的固体床,单相流动模型),但对获得的结果没有明显的不利影响。

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