广州化工
廣州化工
엄주화공
GUANGZHOU CHEMICAL INDUSTRY AND TECHNOLOGY
2015年
15期
12-13,40
,共3页
酸性矿山废水%处理技术%进展
痠性礦山廢水%處理技術%進展
산성광산폐수%처리기술%진전
Acid Mine Drainage ( AMD)%treatment technology%progress
酸性矿山废水（ AMD）排放量大、酸性强、盐度高、成分复杂，是难以处理的工业废水。介绍了近些年来处理酸性矿山废水技术进展，对中和沉淀法、铁氧体沉淀法、吸附法、湿地法、微生物法等处理技术的优点和缺点进行评价。对酸性矿山废水处理技术发展趋势及前景做了展望。
痠性礦山廢水（ AMD）排放量大、痠性彊、鹽度高、成分複雜，是難以處理的工業廢水。介紹瞭近些年來處理痠性礦山廢水技術進展，對中和沉澱法、鐵氧體沉澱法、吸附法、濕地法、微生物法等處理技術的優點和缺點進行評價。對痠性礦山廢水處理技術髮展趨勢及前景做瞭展望。
산성광산폐수（ AMD）배방량대、산성강、염도고、성분복잡，시난이처리적공업폐수。개소료근사년래처리산성광산폐수기술진전，대중화침정법、철양체침정법、흡부법、습지법、미생물법등처리기술적우점화결점진행평개。대산성광산폐수처리기술발전추세급전경주료전망。
Acid Mine Drainage ( AMD) is hard to treat due to large capacity of drainage, low pH value, high salinity and complicated component.The recent treatment technology of AMD at home and abroad was summarized.The methods for treatment AMD had neutralization precipitation, ferrite precipitation, adsorption, wetland, microorganism method, and so on.Several major treatment technologies were reviewed by pointing out their advantages and disadvantages.Moreover, the future and the development trend were prospected.
