浙江电力
浙江電力
절강전력
ZHEJIANG ELECTRIC POWER
2014年
5期
48-51
,共4页
湿法脱硫%浆液起泡%溢流%消泡剂
濕法脫硫%漿液起泡%溢流%消泡劑
습법탈류%장액기포%일류%소포제
wet desulfurization%seriflux foaming%overflow%defoamer
分析了燃煤机组取消脱硫旁路后脱硫塔浆液起泡的现象及危害，研究了脱硫浆液的起泡机理。在分析脱硫塔起泡原因的基础上，提出了解决吸收塔浆液起泡溢流问题的技术措施，解决了火电机组取消脱硫旁路烟道后的起泡问题。
分析瞭燃煤機組取消脫硫徬路後脫硫塔漿液起泡的現象及危害，研究瞭脫硫漿液的起泡機理。在分析脫硫塔起泡原因的基礎上，提齣瞭解決吸收塔漿液起泡溢流問題的技術措施，解決瞭火電機組取消脫硫徬路煙道後的起泡問題。
분석료연매궤조취소탈류방로후탈류탑장액기포적현상급위해，연구료탈류장액적기포궤리。재분석탈류탑기포원인적기출상，제출료해결흡수탑장액기포일류문제적기술조시，해결료화전궤조취소탈류방로연도후적기포문제。
The seriflux foaming in desulfuration tower and its harm after coal-fired units desulfurization bypass canceled are analyzed. The paper investigates foaming mechanism of desulfurization seriflux. On the basis of analyzing the causes for foaming of desulfuration tower , this paper presents technical measures to solve seri-flux foaming and overflow problems in absorption tower , which solves foaming problem after coal-fired units cancel bypass gas flue.
