广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2012年
14期
92-94
,共3页
循环冷却水%浓缩倍数%技术经济比较
循環冷卻水%濃縮倍數%技術經濟比較
순배냉각수%농축배수%기술경제비교
recirculating cooling water%cycle of concentration%techno - economic comparison
某300Mw亚临界机组水源为地下水，为节约用水，进行了循环冷却水浓缩倍数的多方案技术经济比较。结果表明，6倍浓缩倍数具有运行可靠、投资省和运行费用低等优点，为循环冷却水最优浓缩倍数，对类似工程设计具有一定的借鉴意义。
某300Mw亞臨界機組水源為地下水，為節約用水，進行瞭循環冷卻水濃縮倍數的多方案技術經濟比較。結果錶明，6倍濃縮倍數具有運行可靠、投資省和運行費用低等優點，為循環冷卻水最優濃縮倍數，對類似工程設計具有一定的藉鑒意義。
모300Mw아림계궤조수원위지하수，위절약용수，진행료순배냉각수농축배수적다방안기술경제비교。결과표명，6배농축배수구유운행가고、투자성화운행비용저등우점，위순배냉각수최우농축배수，대유사공정설계구유일정적차감의의。
The water source of some 300 MW units was ground water. Techno - economic comparison of several schemes was carried out concerned with water saving. The results showed that the 6 cycle of concentration was an optimal cycle of concentration, which had the advantages of reliable operation, less investment, low operation cost, etc. The scheme provided an option for the design of similar projects.
