CAJ | 학술논문

分析了山西煤矿瓦斯治理的重要性，从现有的技术层面探讨了微生物技术降解煤矿瓦斯的可行性。内容涉及甲烷氧化菌的筛选、优选、培养及在矿井的实施途径和方法，微生物技术和现有技术的综合利用，以期使煤矿瓦斯的治理关口前移，减少瓦斯灾害的影响。
분석료산서매광와사치리적중요성，종현유적기술층면탐토료미생물기술강해매광와사적가행성。내용섭급갑완양화균적사선、우선、배양급재광정적실시도경화방법，미생물기술화현유기술적종합이용，이기사매광와사적치리관구전이，감소와사재해적영향。
This paper analyses the importance of coal mine gas treatment in Shanxi province, probes into the feasibility of coal mine gas degradation through microbial technique. The main contents included the screening, optimization, cultivation of methane oxidizing bacteria, its application approaches, also the comprehesive treatment for gas by microbial technique and common technique, the objective is to make the treatment of coal mine gas more effective and greatly reduces the danger of coal mine gas.