动力工程
動力工程
동력공정
POWER ENGINEERING
2009年
11期
994-997,1012
,共5页
赵之军%冯伟忠%张玲%于娟%胡兴胜%殷国强
趙之軍%馮偉忠%張玲%于娟%鬍興勝%慇國彊
조지군%풍위충%장령%우연%호흥성%은국강
电站锅炉%排烟余热回收%烟气低温腐蚀%传热管堵灰
電站鍋爐%排煙餘熱迴收%煙氣低溫腐蝕%傳熱管堵灰
전참과로%배연여열회수%연기저온부식%전열관도회
power boiler%heat recovery from exhaust gas%flue gas low-temperature corrosion%ash fouling on heat transferring tube
分析了电站锅炉排烟余热回收的可行性,解决了烟气低温腐蚀和传热管积灰堵灰的技术问题,在此基础上研制成功了电站锅炉排烟余热回收装置.该装置在上海外高桥第三发电厂2台1 000 MW超临界火电机组上投入使用,运行效果良好.
分析瞭電站鍋爐排煙餘熱迴收的可行性,解決瞭煙氣低溫腐蝕和傳熱管積灰堵灰的技術問題,在此基礎上研製成功瞭電站鍋爐排煙餘熱迴收裝置.該裝置在上海外高橋第三髮電廠2檯1 000 MW超臨界火電機組上投入使用,運行效果良好.
분석료전참과로배연여열회수적가행성,해결료연기저온부식화전열관적회도회적기술문제,재차기출상연제성공료전참과로배연여열회수장치.해장치재상해외고교제삼발전엄2태1 000 MW초림계화전궤조상투입사용,운행효과량호.
The feasibility of heat recovery from the exhaust gas of power boiler was analyzed. The technical problems of flue gas low temperature corrosion and ash fouling on heat transfer tubes were solved. And the heat recovery equipment for exhaust gas of power boiler was successfully developed. The equipment was put into operation in two sets of 1 000 MW supercritical fossil power units in Shanghai Waigaoqiao Third Power Generation Co. , Ltd. , and achieved good operational results.
