CAJ | 학술논문

　　为了提高污水处理的效果，分别利用葡萄糖、可溶性淀粉、乙酸钠、食用油、甘氨酸和牛血清白蛋白作为唯一碳源和能源，分离筛选优势功能菌，在对优势功能菌复配的基础上构建微生物菌剂，并采用SBR装置考察了微生物菌剂的生物强化效能。结果表明，分离筛选得到的优势功能菌分别为：葡萄糖代谢功能菌P1和P3，可溶性淀粉代谢功能菌K2和K4，乙酸钠代谢功能菌C2和C3，食用油代谢功能菌Z1和Z2，牛血清白蛋白代谢功能菌N1和N3，甘氨酸代谢功能菌G1和G4；功能菌群最佳复配质量比例为Z∶P∶G∶K∶N∶C=2∶3∶5∶1∶4∶2。与未投加微生物菌剂的 SBR系统相比，投加微生物菌剂的生物强化系统对城市污水中 COD、TOC、NH4+-N、TN的去除率分别提高了31.82%、16.71%、56.06%和70.56%。通过微生物菌剂的投加，生物强化技术显著改善了生化处理系统的运行效果和稳定性，使系统中菌群的生物多样性增加，抗冲击负荷能力增强。
　　위료제고오수처리적효과，분별이용포도당、가용성정분、을산납、식용유、감안산화우혈청백단백작위유일탄원화능원，분리사선우세공능균，재대우세공능균복배적기출상구건미생물균제，병채용SBR장치고찰료미생물균제적생물강화효능。결과표명，분리사선득도적우세공능균분별위：포도당대사공능균P1화P3，가용성정분대사공능균K2화K4，을산납대사공능균C2화C3，식용유대사공능균Z1화Z2，우혈청백단백대사공능균N1화N3，감안산대사공능균G1화G4；공능균군최가복배질량비례위Z∶P∶G∶K∶N∶C=2∶3∶5∶1∶4∶2。여미투가미생물균제적 SBR계통상비，투가미생물균제적생물강화계통대성시오수중 COD、TOC、NH4+-N、TN적거제솔분별제고료31.82%、16.71%、56.06%화70.56%。통과미생물균제적투가，생물강화기술현저개선료생화처리계통적운행효과화은정성，사계통중균군적생물다양성증가，항충격부하능력증강。
In order to improve the treatment efficiency of wastewater,the functional strains were isolated and strained when glucose,soluble starch,sodium acetate,edible oil,glycine and bovine serum albumin were applied as the sole carbon and energy source,respectively. The microbial agent was constructed based on the further combination and the bioaugmentation performance of the microbial agent was investigated in the lab-scale SBRs. The dominant function strains obtained were the glucose metabolism bacteria P1 and P3,the soluble starch metabolism bacteria K2 and K4,the sodium acetate metabolism bacteria C2 and C3,the edible oil metabolism bacteria Z1 and Z2,the bovine serum albumin metabolism bacteria N1 and N3 and the glycine metabolism bacteria G1 and G4,respectively. The optimal mixing ratio of the functional flora was Z∶P∶G∶K∶N∶C=2∶3∶5∶1∶4∶2. Compared with the system without bioaugmentation SBR,removal efficiencies of COD,TOC,NH4+-N and TN in the sewage of bioaugmented system with the microbial agent and activated sludge were improved by 31.82%,16.71%,56.06% and 70.56%,respectively. The bioaugmentation technology improved significantly the performance and stability of the biochemical processing system as well as the biodiversity and the resistance to shock loadings by dosing the microbial agent.