CAJ | 학술논문

为提高赤霉素萃余液中 COD 降解率、减轻赤霉素萃余液对废水处理站运行负荷的压力，对土壤样品进行富集培养、分离筛选获得“三耐”高效微生物（菌或菌群），并以赤霉素萃余液为发酵基质，免蒸静止连续发酵获得高效降解赤霉素萃余液 COD 的微生物菌群。该混合菌群在赤霉素萃余液中能较好生长繁殖，培养7 d 后，赤霉素萃余液 COD 从约100000 mg·L-1下降到约40000 mg·L-1，COD 降解率达60％以上，为萃余液的处理开辟了新途径。
위제고적매소췌여액중 COD 강해솔、감경적매소췌여액대폐수처리참운행부하적압력，대토양양품진행부집배양、분리사선획득“삼내”고효미생물（균혹균군），병이적매소췌여액위발효기질，면증정지련속발효획득고효강해적매소췌여액 COD 적미생물균군。해혼합균군재적매소췌여액중능교호생장번식，배양7 d 후，적매소췌여액 COD 종약100000 mg·L-1하강도약40000 mg·L-1，COD 강해솔체60％이상，위췌여액적처리개벽료신도경。
To improve the degradation rate of COD in gibberellins raffinate,and relieve the pressure on the operating load of wastewater treatment,the high-efficient “three-resistant”microorganisms (single bacterium or mixed microbial consortium)were obtained by enrichment culture and isolation techniques,then the mixed mi-crobial consortium were inoculated in the gibberellins raffinate by free autoclaved static continuous fermentation to degrade the COD.The mixed microbial consortium propagated quickly in the gibberellins raffinate,the COD decreased from about 100 000 mg·L-1 to about 40 000 mg·L-1 after cultivation for 7 d,the degradation rate of COD was above 60%.