Numerical Simulation of Combustion Air Systems for Large Industrial Boilers

K. Jorgensen, R. A. Wessel, J. R. Strempek
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引用次数: 1

Abstract

Combustion air systems are an important aspect of the performance of industrial boilers and are increasingly being used as an integral means of reducing emissions. With the wide range of unique air system designs presently deployed, traditional methods of analyzing performance, based on experience, have become more difficult and less reliable. Numerical simulations are currently being used as a tool to analyze the operation and design of these air systems and how they relate to boiler performance and emission control. A proprietary CFD combustion code has been applied to a wide range of industrial boilers. Recent results from three selected studies are presented. These case studies demonstrate the benefits of using numerical simulation to: 1) analyze and optimize an existing air system, 2) validate an upgrade design, and 3) design and develop a new air system concept.© 2002 ASME
大型工业锅炉燃烧空气系统的数值模拟
燃烧空气系统是工业锅炉性能的一个重要方面,并且越来越多地被用作减少排放的整体手段。随着目前各种独特的空气系统设计的部署,传统的基于经验的性能分析方法变得更加困难和不可靠。数值模拟目前被用作分析这些空气系统的运行和设计以及它们与锅炉性能和排放控制的关系的工具。专有的CFD燃烧规范已广泛应用于工业锅炉。本文介绍了三个选定研究的最新结果。这些案例研究证明了使用数值模拟的好处:1)分析和优化现有的空气系统,2)验证升级设计,以及3)设计和开发新的空气系统概念。©2002 asme
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