NUMERICAL SIMULATION OPTIMIZATION AND TEST STUDY ON ELECTROSTATIC BAG COMPOSITE PRECIPITATOR
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NUMERICAL SIMULATION OPTIMIZATION AND TEST STUDY ON ELECTROSTATIC BAG COMPOSITE PRECIPITATOR
Thermal Power GenerationVol. 39, Issue 7, Pages: 27-30(2010)
作者机构:
西安热工研究院有限公司
作者简介:
基金信息:
DOI:
CLC:X701.2
Published:2010
稿件说明:
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NIE Xiaofeng, LI Dongyang, LIU Yuan, et al. NUMERICAL SIMULATION OPTIMIZATION AND TEST STUDY ON ELECTROSTATIC BAG COMPOSITE PRECIPITATOR[J]. Thermal power generation, 2010, 39(7): 27-30.
DOI:
NIE Xiaofeng, LI Dongyang, LIU Yuan, et al. NUMERICAL SIMULATION OPTIMIZATION AND TEST STUDY ON ELECTROSTATIC BAG COMPOSITE PRECIPITATOR[J]. Thermal power generation, 2010, 39(7): 27-30.DOI:
NUMERICAL SIMULATION OPTIMIZATION AND TEST STUDY ON ELECTROSTATIC BAG COMPOSITE PRECIPITATOR
The gas flow distribution in large tandem integrated electrostatic bag precipitator(EBP) was an important factor which affects the equipment performance.By using numerical simulation method
the internal gas flow distribution in EBP of a 300 MW unit has been calculated.According to the requirements for the internal whole flow field in the precipitator
for gas flow speed at the windward side of the filtering bag
and for flow rate distribution in a filtering bag unit
after comparison of three schemes
a scheme of installing porous gas flow distributing plate in EBP
and installing baffle plate along direction of width at two sides of final-end ash hopper has been finally determined.The results of application test is basically conformed with results of numerical simulation
satisfying the requirements of gas flow field distribution.