衡水学院学报
衡水學院學報
형수학원학보
Journal of Hengshui University
2010年
4期
26~27
,共null页
实验废水 镉污染 零排放
實驗廢水 鎘汙染 零排放
실험폐수 력오염 령배방
experiment wastewater; cadmium pollution; zero discharge
按照源头控制污染理念,对氢氧化镉性质实验废水进行了回收处理,得到了可供实验循环使用的试剂CdSO4,其产率为99.32%,投入产出比为1∶37,达到了重金属实验废水＂零排放＂的环境要求目标.
按照源頭控製汙染理唸,對氫氧化鎘性質實驗廢水進行瞭迴收處理,得到瞭可供實驗循環使用的試劑CdSO4,其產率為99.32%,投入產齣比為1∶37,達到瞭重金屬實驗廢水＂零排放＂的環境要求目標.
안조원두공제오염이념,대경양화력성질실험폐수진행료회수처리,득도료가공실험순배사용적시제CdSO4,기산솔위99.32%,투입산출비위1∶37,체도료중금속실험폐수＂령배방＂적배경요구목표.
Based on the idea that all kinds of pollution should be controlled at the headstream,in this study,experiment wastewater with Cd2＋ was treated and recycled,and the reagent CdSO4,which can be used in cycles during experiemnts was obtained with the recovery rate of 99.32%.The input-output ratio of the whole process was 1： 37.This study demonstrates that the approach of wastewater treatment at the headstream could meet the environmental requirments for zero discharge of experiment wastewater containing heavy metals.
