彭丹, 姚瑶. Arrangement Optimization of Flue Gas System in Boiler for the 1 000 MW Unit[J]. 2018, (3): 115-117+135. DOI: 10.16056/j.1005-7676.2018.03.028.
Arrangement Optimization of Flue Gas System in Boiler for the 1 000 MW Unit
摘要
本项目以某电厂1 000 MW机组锅炉风烟系统为研究对象
以FLUENT软件为数值仿真平台
通过对烟风道内气体动力特性进行系统研究
得到烟风系统的流量分配、阻力特性。以得到的数据为依据
优化电厂烟风煤粉管道的布置
达到降低烟风道阻力及工程量的目的
以保证烟风道布置紧凑
风机的选型尽可能准确。
Abstract
Flowrate distribution of the flue gas system in the boiler and resistance features was derived through a systematic study on the aerodynamic feature in the flue gas tunnel based on the FLUENT numeric simulation with the flue gas system of the 1 000 MW power generation unit as the object in this paper. According to the obtained data
the configuration of the flue gas tunnel and the coal powder pipes system have been optimized aiming at decreasing the pressure in the flue gas tunnel and minimizing amount of work of the project so to make sure a compact structure and accurate selection of the draught fan.