CAJ | 학술논문

综述了包括物理法、化学法、生物法在内的对地下水中三氯乙烯（TCE）污染修复的研究现状。从经济有效性和降解产物无害化角度，指出以脱氯菌（Dehalococcoides spp.）降解TCE是目前最为安全的修复方法之一。为进一步提高其处理效率，综合考虑脱氯菌所需合适的电子供体、适宜pH和氧化还原电位条件等方面，提出了以天然矿物电气石协同脱氯菌降解地下水中三氯乙烯的研究思路。
종술료포괄물리법、화학법、생물법재내적대지하수중삼록을희（TCE）오염수복적연구현상。종경제유효성화강해산물무해화각도，지출이탈록균（Dehalococcoides spp.）강해TCE시목전최위안전적수복방법지일。위진일보제고기처리효솔，종합고필탈록균소수합괄적전자공체、괄의pH화양화환원전위조건등방면，제출료이천연광물전기석협동탈록균강해지하수중삼록을희적연구사로。
The research status quo of the remediation of trichloroethylene(TCE) pollution in groundwater,including ph-ysical,chemical and biological methods is summarized. In terms of economic efficiency and degraded product harmless-ness,it is pointed out that using dechlorinating bacteria (Dehalococcoides spp.) for the degradation of TCE is one of the safest ways of its remediation. In order to further improve the treatment efficiency,and based on an integrated considera-tion on the appropriate electron donor,optimum pH,a oxidation reduction potential conditions,etc.,the research idea of using tourmaline cooperating with declorination bacteria for the degradation of TCE from groundwater is put forward.