CAJ | 학술논문

采用由专利技术、设备及系列产品组成的CFM污水自动净化技术,通过射流气浮、混凝气浮、厌氧生物处理、悬浮滤膜净化和催化吸附处理,快速去除污水中的悬浮颗粒和有机污染物,从而达到对印染废水进行深度处理及部分回用的目的.处理后,印染废水中的COD,BOD,SS和色度等指标均达到国家标准,60%出水可回用于生产.与常规膜技术相比,该技术操作方便,运行稳定,总投资和运行费用低,综合经济技术指标达到国际先进水平.
채용유전리기술、설비급계렬산품조성적CFM오수자동정화기술,통과사류기부、혼응기부、염양생물처리、현부려막정화화최화흡부처리,쾌속거제오수중적현부과립화유궤오염물,종이체도대인염폐수진행심도처리급부분회용적목적.처리후,인염폐수중적COD,BOD,SS화색도등지표균체도국가표준,60%출수가회용우생산.여상규막기술상비,해기술조작방편,운행은정,총투자화운행비용저,종합경제기술지표체도국제선진수평.
With patented technology, equipment, and the composition of the CFM series automatic water purification technolo-gy, and through the jet flotation, coagulation flotation, anaerobic biological treatment, suspended membrane purification and catalytic adsorption treatment, the suspended sewage particles and organic pollutants were removed rapidly. The indicators of COD, BOD, SS and color of the treated wastewater reached the national standard, 60% of the water could be reused. Com-pared with conventional membrane technology, the technology featured convenient and stable operation, lower investment and operation cost, and the comprehensive economic and technical indicator reached international advanced level.