TECHNICAL FEATURES OF PIPE-BLOWING ON ULTRA-SUPERCRITICAL 660 MW UNIT IN JINGGUANGSHAN POWER PLANT
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TECHNICAL FEATURES OF PIPE-BLOWING ON ULTRA-SUPERCRITICAL 660 MW UNIT IN JINGGUANGSHAN POWER PLANT
Thermal Power GenerationVol. 40, Issue 6, Pages: 41-43(2011)
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:TK229.2
Published:2011
稿件说明:
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FU Longlong, MA Xiaolong, XIN Junfang, et al. TECHNICAL FEATURES OF PIPE-BLOWING ON ULTRA-SUPERCRITICAL 660 MW UNIT IN JINGGUANGSHAN POWER PLANT[J]. Thermal power generation, 2011, 40(6): 41-43.
DOI:
FU Longlong, MA Xiaolong, XIN Junfang, et al. TECHNICAL FEATURES OF PIPE-BLOWING ON ULTRA-SUPERCRITICAL 660 MW UNIT IN JINGGUANGSHAN POWER PLANT[J]. Thermal power generation, 2011, 40(6): 41-43.DOI:
TECHNICAL FEATURES OF PIPE-BLOWING ON ULTRA-SUPERCRITICAL 660 MW UNIT IN JINGGUANGSHAN POWER PLANT
摘要
介绍了华能井冈山电厂3号超超临界660 MW机组锅炉吹管过程及技术特点。因吹管时炉水循环泵未安装
故为在无炉水循环泵条件下的蒸汽吹管;使用相邻机组电动给水泵(电泵)
为无电泵机组吹管。锅炉疏水回收到除氧器
缓解了凝汽器不具备进水条件导致的吹管水量不足问题。虽与常规机组锅炉吹管条件不同
但吹管结果完全符合规范要求。
Abstract
The pipe-blowing process and its technical features for boiler of ultra-supercritical 660 MW unit no.3 in Huaneng Jinggangshan Power Plant have been presented.Owing to the boiler water circulating pump hadn't been installed at the time of pipe-blowing
therfore
it is called pipe-blowing using steam under condition without the boiler water circulating pump.By using the motor-driven feed-water pump of neighbouring unit
the pipe-blowing of unit without feed-water pump has been realized.The drain from boiler is reclaimed into the deaerator
alleviating the problem of having not enough water to carry out the pipe-blowing due to the condenser hasn't prepared for water-intaking.Though it is different from the pipe-blowing condition of boiler for conventional units
however
the effectiveness of pipe-blowing is fully conformed to the requirements defined in specifications
STUDY ON AND PRACTICE OF PIPE-BLOWING USING STEAM UNDER CONDITION WITHOUT BOILER WATER CIRCULATION PUMP FOR ONCE-THROUGH BOILER OF ULTRA-SUPERITICAL 1 000 MW UNIT
SEVERAL PROBLEMS EXISTING IN OPERATION OF SUPERCRITICAL AND ULTRA-SUPERCRITICAL BOILERS
STUDY ON THE CONTROL MODEL OF INTERMEDIARY POINT TEMPERATURE IN BOILER OF ULTRA-SUPERCRITICAL UNIT BASED ON DYNAMIC MECHANISM ANALYSIS
NUMERICAL SIMULATION OF PULVERIZED COAL DISTRIBUTOR FORBOILER EQUIPPED FOR ULTRA-SUPERCRITICAL 1000 MW UNIT
OPTIMIZATION OF WATER SUPPLYING AND FLUSHING MODE FOR BOILER OF ULTRA-SUPERCRITICAL 1000 MW UNIT
Related Author
CUI Zhendong1
LI Xinhu1
YIN Fengjun2 1.Electric Power Science Research Institute under Guangdong Power Grid Corporation
WANG Meng-hao1
WANG Heng1
ZHENG Min-niu2
YANG Cong-xuan31.Shanghai Wangte Energy Science and Technology Co Ltd
FANG Yanjun1
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