工业水处理
工業水處理
공업수처리
INDUSTRIAL WATER TREATMENT
2015年
4期
72-74
,共3页
陶汶銘%张蒙茜%郭士明%刘静%杨燕菲%曹琦%高建峰
陶汶銘%張矇茜%郭士明%劉靜%楊燕菲%曹琦%高建峰
도문명%장몽천%곽사명%류정%양연비%조기%고건봉
荧光增白剂废水%酸性净化%Fenton氧化%生物法
熒光增白劑廢水%痠性淨化%Fenton氧化%生物法
형광증백제폐수%산성정화%Fenton양화%생물법
fluorescent-whitening agent wastewater%acidulation purification%Fenton oxidation%biological method
荧光增白剂废水对人体和环境有很大危害。采用回收废酸、H 2O 2、石灰等廉价试剂，通过酸性净化—微波+Fenton氧化法—碱化—生物法联合方法，处理某化工厂的荧光废水，使其COD从5480 mg/L降至75 mg/L。该方法以废治废，生产成本低，净化效果显著。
熒光增白劑廢水對人體和環境有很大危害。採用迴收廢痠、H 2O 2、石灰等廉價試劑，通過痠性淨化—微波+Fenton氧化法—堿化—生物法聯閤方法，處理某化工廠的熒光廢水，使其COD從5480 mg/L降至75 mg/L。該方法以廢治廢，生產成本低，淨化效果顯著。
형광증백제폐수대인체화배경유흔대위해。채용회수폐산、H 2O 2、석회등렴개시제，통과산성정화—미파+Fenton양화법—감화—생물법연합방법，처리모화공엄적형광폐수，사기COD종5480 mg/L강지75 mg/L。해방법이폐치폐，생산성본저，정화효과현저。
The wastewater from fluorescent-whitening agent production is very harmful to the ecological environment and human health. The wastewater of a chemical plant has been treated with recovered waste acid,H2O2,lime and other inexpensive reagents by the combined process,acidulation purification-microwave+Fenton oxidation-alkaliza-tion-biological method. Its COD can be decreased from 5 480 mg/L to 75 mg/L. This process is characterized by treating waste with waste,low cost,and remarkable purification effect.
