CAJ | 학술논문

为解决煤矿的水污染问题，同时缓解煤炭产区的缺水现状，探讨了将常规处理与膜科学深度处理技术结合处理矿井水以回用作为饮用水的技术方案。介绍了膜科学常规技术，并重点阐述了纳米陶瓷膜、烧结塑料膜、烧结金属膜等新技术。结果表明：膜科学新技术在矿业环境保护以及环境教学中具有重要作用。以山西某矿井水处理工艺流程升级改造为例，验证了矿井水经常规处理与膜技术处理后，可回用作为饮用水，实现了矿井水的资源化。
위해결매광적수오염문제，동시완해매탄산구적결수현상，탐토료장상규처리여막과학심도처리기술결합처리광정수이회용작위음용수적기술방안。개소료막과학상규기술，병중점천술료납미도자막、소결소료막、소결금속막등신기술。결과표명：막과학신기술재광업배경보호이급배경교학중구유중요작용。이산서모광정수처리공예류정승급개조위례，험증료광정수경상규처리여막기술처리후，가회용작위음용수，실현료광정수적자원화。
In order to solve the water pollution problem and ease water shortage in mining area,the combined conventional process and ad-vanced membrane science technology were applied to treat mine water for drinking water in this research. Some conventional techniques of membrane technologies,such as microfiltration,ultrafiltration,nanofiltration,reverse osmosis,membrane bioreactor were introduced. The re-sults showed that,the membrane new technology played an important role in mining environmental protection and environmental teaching. It was verified that the mine water could be treated for drinking water through the traditional and membrane treatment in a coal mine in Shanxi Province.