摘要
离子型稀土矿山原地浸矿过程会有大量浸矿剂残留矿体中,如治理不当会造成周边水环境氨氮浓度升高,本研究通过实验室淋洗实验,验证清水淋洗去除矿体中残留浸矿剂的效果,为稀土矿山水污染防治提供研究支撑。
In the in-situ leaching process of ion-type rare earth mine,there will be a large amount of ore leaching reagents in residual ore body,if not properly treated,the concentration of ammonia nitrogen in the surrounding water will be growing,laboratory columnar leaching experiments were established to demonstrate the effectiveness environmental protection measures on removal of ore leaching reagents using clean water washing.It provides research support for the prevention and control of water pollution in rare earth mines.
作者
霍汉鑫
祝怡斌
朱和玲
孟磊
鞠丽萍
陈玉福
Huo Hanxin;Zhu Yibin;Zhu Heling;Meng Lei;Ju Liping;Chen Yufu(Technical Center for Soil,Agriculture and Rural Ecology and Environment,Ministry of Ecology and Environment,Beijing,100012;Mining and Metallurgy Technology Group Co.,Ltd.,Beijing,100160;Chinalco Guangxi Nonferrous Rare Earth Development Co.,Ltd.,Guangxi,530000)
出处
《当代化工研究》
2021年第24期146-148,共3页
Modern Chemical Research
关键词
离子型稀土矿山
原地浸矿
清水淋洗
氨氮
含盐量
ion-type rare earth mines
in-situ leaching
clean water washing
ammonia nitrogen
saltness