冶金动力
冶金動力
야금동력
METALLURGICAL POWER
2013年
11期
43-44
,共2页
高炉%冲渣水%余热%热水
高爐%遲渣水%餘熱%熱水
고로%충사수%여열%열수
blast furnace%slag flushing water%waste heat%hot water
将高炉冲渣水进行过滤、沉淀，利用其热能通过高效热交换器加热自来水制取热水，既回收了低温余热、节约了能源，又解决市区燃煤锅炉禁用后服务业对热水的需求问题，取得很好的效果。
將高爐遲渣水進行過濾、沉澱，利用其熱能通過高效熱交換器加熱自來水製取熱水，既迴收瞭低溫餘熱、節約瞭能源，又解決市區燃煤鍋爐禁用後服務業對熱水的需求問題，取得很好的效果。
장고로충사수진행과려、침정，이용기열능통과고효열교환기가열자래수제취열수，기회수료저온여열、절약료능원，우해결시구연매과로금용후복무업대열수적수구문제，취득흔호적효과。
To filter and precipitate the flushing water of blast furnace slag and use its thermal energy to heat running water through high-efficiency heat exchangers can not only recovered low-temperature waste heat and saved energy, but also satisfied the demand for hot water from the service sector after banning of coal boilers in urban areas, bringing favorable social effect.
