STUDY ON OPTIMIZATION OF DRAIN SYSTEM FOR LOW-PRESSURE HEATER OF THE HOME-MADE 600 MW UNIT
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STUDY ON OPTIMIZATION OF DRAIN SYSTEM FOR LOW-PRESSURE HEATER OF THE HOME-MADE 600 MW UNIT
Thermal Power GenerationVol. 41, Issue 6, Pages: 8-10(2012)
作者机构:
中煤平朔第一煤矸石发电有限公司
作者简介:
基金信息:
DOI:
CLC:TM621
Published:2012
稿件说明:
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LIANG Na, ZHANG Zongheng Zhongmei Pingshuo First Gangue Power Plant. STUDY ON OPTIMIZATION OF DRAIN SYSTEM FOR LOW-PRESSURE HEATER OF THE HOME-MADE 600 MW UNIT[J]. Thermal power generation, 2012, 41(6): 8-10.
DOI:
LIANG Na, ZHANG Zongheng Zhongmei Pingshuo First Gangue Power Plant. STUDY ON OPTIMIZATION OF DRAIN SYSTEM FOR LOW-PRESSURE HEATER OF THE HOME-MADE 600 MW UNIT[J]. Thermal power generation, 2012, 41(6): 8-10.DOI:
STUDY ON OPTIMIZATION OF DRAIN SYSTEM FOR LOW-PRESSURE HEATER OF THE HOME-MADE 600 MW UNIT
摘要
针对某台N600-16.7/537/537型机组低压加热器疏水系统冷源损失及疏水不畅等问题
提出在5号或6号低压加热器疏水出口加装疏水泵的2种优化方案
并应用等效焓降法分析不同工况下各优化方案的热经济性。结果表明
在考虑疏水泵耗电条件下
5号低压加热器疏水出口加装疏水泵的热经济性优于6号。
Abstract
Directing against the problems occurred in the drain system of low-pressure heater for one N600-16.7/537/537 type unit
e.g.loss of cold source and unsmooth drain flow etc.
two schemes of optimization;namely installing additionally drain pump at the drain outlet of low-pressure heater no.5 or no.6
have been put forward
and the thermal economic efficiency of above-mentioned schemes under different operating conditions being analysed using the equivalent enthalpy drop method.Analysis shows that under consideration of electricity consumption for drain pumps
the installation of drain pump at drain outlet of low-pressure heater no.5 can make the thermal performance of said unit to be greatly enhanced
being more superior to that of installing the drain pump at drain outlet of low-pressure heater no.6.