化工与医药工程
化工與醫藥工程
화공여의약공정
Chemical and Pharmaceutical Engineering
2015年
4期
57-59
,共3页
循环冷却水%水质稳定%水处理%浓缩倍率%排污%补水%节水
循環冷卻水%水質穩定%水處理%濃縮倍率%排汙%補水%節水
순배냉각수%수질은정%수처리%농축배솔%배오%보수%절수
circulating cooling water%stable water quality%water treatment%concentration rate%waste discharge%water supplement%water saving
结合工程实例，分析了浓缩倍率对冷却循环水系统用水量和水质的影响，通过计算，得到了不同浓缩倍率下的补水量和排污量，确定了浓缩倍率在节水和水质稳定条件下的选择原则，最后对工业循环冷却水系统的设计流程提出了建议。
結閤工程實例，分析瞭濃縮倍率對冷卻循環水繫統用水量和水質的影響，通過計算，得到瞭不同濃縮倍率下的補水量和排汙量，確定瞭濃縮倍率在節水和水質穩定條件下的選擇原則，最後對工業循環冷卻水繫統的設計流程提齣瞭建議。
결합공정실례，분석료농축배솔대냉각순배수계통용수량화수질적영향，통과계산，득도료불동농축배솔하적보수량화배오량，학정료농축배솔재절수화수질은정조건하적선택원칙，최후대공업순배냉각수계통적설계류정제출료건의。
Combined with practical engineering examples, the effects of concentration rate to used water volume and water quality in circulating cooling water system were analyzed. Through the calculation, the water supplement and discharge were obtained, so that the principle of selecting proper concentration rate was determined. Finally, appropriate procedure for designing industrial circulating cooling water system was proposed.
