Influence of cancelling bypass duct on wet FGD system and countermeasures thereof
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Influence of cancelling bypass duct on wet FGD system and countermeasures thereof
Thermal Power GenerationVol. 42, Issue 3, Pages: 92-94(2013)
作者机构:
华能南通电厂
作者简介:
基金信息:
DOI:
CLC:X701.3
Published:2013
稿件说明:
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SHAN Zixin Huaneng Nantong Power Plant. Influence of cancelling bypass duct on wet FGD system and countermeasures thereof[J]. Thermal power generation, 2013, 42(3): 92-94.
DOI:
SHAN Zixin Huaneng Nantong Power Plant. Influence of cancelling bypass duct on wet FGD system and countermeasures thereof[J]. Thermal power generation, 2013, 42(3): 92-94.DOI:
Influence of cancelling bypass duct on wet FGD system and countermeasures thereof
The influence of cancelling bypass duct on such equipments as electrostatic precipitator
desulfurization booster fan
gas-gas heat exchanger(GGH) and desulfurization absorption tower was presented.Taking a 350 MW unit in Huanneng Nantong Power Plant as an example
through some relative experiments
the corresponding countermeasures that must be carried out after cancelling the bypass duct were determined.Such as
the desulfurization booster fans should be put into service and the baffle plate at inlet and outlet of the FGD system should receive the opening signal when the forced and induced draft fans started;after tripping of the induced and forced draft fans in one side
the booster fans should be intertripped
and the unit can be stabilized at 50% load to run under RB condition;if all the induced and draft fans tripped
intertrip the booster.If a fault occurred in the booster fan lubricating system
intertrip the booster fans and the boiler MFT.To overcome the resistance of the whole air and gas system
the booster fans were suggested to be cancelled
and the capacity-increasing transformation should be conducted on the two induced draft fans.
Survey on operation conditions of desulfurization facilities in coal-fired units
Experiment on water balance of the carbon capture system using chemical absorption method in coal-fired power plants
WET FLUE GAS DESULFURATION TECHNOLOGY WITHOUT BOOSTER FAN FOR 135MW UNIT
COMPARISON BETWEEN SCHEME OF ONE BOILER WITH ONE ABSORPTION TOWER AND THAT OF TWO BOILERS WITH ONE TOWER IN DESULFURATION PROJECTS FOR 300 MW COALFIRED UNIT
Related Author
SHEN Henan
NIU Shusen
YIN Bingyi
ZHANG Zhixue
ZHU Yue
ZHANG Yang
QIAN Xuyue
DU Zhen
Related Institution
Huadian Weifang Power Generation Co., Ltd
Huadian Electric Power Research Institute
Zhejiang Huanke Environmental Consulting Co., Ltd
National Energy Group Science and Technology Research Institute Co., Ltd
Zhejiang University Qingshanhu Energy Research Base