首页> 外文会议>European biomass conference and exhibition;ETA-Florence Renewable Energies >NEW CFD BASED MODEL FOR THE DESIGN AND OPTIMISATION OF ELECTROSTATIC PRECIPITATORS FOR BIOMASS COMBUSTION PLANTS
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NEW CFD BASED MODEL FOR THE DESIGN AND OPTIMISATION OF ELECTROSTATIC PRECIPITATORS FOR BIOMASS COMBUSTION PLANTS

机译:基于CFD的生物质燃烧装置静电除尘器设计与优化的新模型

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摘要

A Computational Fluid Dynamics (CFD) model has been developed that allows a realistic calculationrnof the precipitation efficiency of tube electrostatic precipitators, which are designed for use in residential biomassrnheating plants. The motivation for this work is especially the steady decrease of particle emission limits, whichrnincreases the interest in the application of cost-effective electrostatic precipitators for small biomass boilers. Therndetails of the model are described. For validation, the model has been applied to a small-scale electrostaticrnprecipitator, and the results of the simulation are compared to the data of corresponding test runs. Good agreement isrnfound between simulation and measurements.
机译:已开发出一种计算流体动力学(CFD)模型,可以对管式静电除尘器的沉淀效率进行实际计算,该静电除尘器设计用于民用生物质供热厂。开展这项工作的动机尤其是不断降低颗粒物排放限值,这引起了人们对在小型生物质锅炉中使用经济高效的静电除尘器的兴趣。描述了模型的详细信息。为了验证,该模型已应用于小型静电除尘器,并将仿真结果与相应测试运行的数据进行了比较。在仿真和测量之间找到了很好的协议。

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