通过采用复合型高效捕沫器,解决了甲醇分离器存在的雾沫二次夹带问题,达到了节能环保的目的。改造后,甲醇分离器分离效率由28.9%提高至94.4%,年节约电费和蒸汽费用分别为266万元和46万元,年减少排水2119m3。 Through the use of high efficiency composite foam detector, the methanol separator to solve the problem of secondary entrainment of mist to achieve the purpose of energy saving. After transformation, the separation efficiency of methanol separator increased from 28.9% to 94.4%. The annual electricity savings and steam costs were 2.66 million yuan and 460,000 yuan respectively, and the annual drainage drainage was reduced to 2119 m3.