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각종 질소·인 제거공정에서 도출된 미생물 성장 동역학 계수 비교 분석
임세호,고광백,오영기 한국물환경학회 2004 한국물환경학회지 Vol.20 No.6
In this study, some of bacterial growth kinetic parameters were delineated and evaluated for the biological nutrient removal processes such as the A²/O, 4stage-BNR, Intermittent Cycle Extended Aeration System(ICEAS) and Intermittently Aerated Cylindrical Oxidation Ditch(IACOD) processes. Y_H values for the ICEAS process ranged from 0.71 to 0.74, and were higher than those for the other processes. It seems to indicated that organic carbons uptaked by microorganism were more used up for cell synthesis rather than for energy components in the ICEAS process. b_H for the ICEAS and IACOD processes were lower than those for A²/O and 4stage-BNR processes. The μ_(max·A) for the ICEAS was higher than those for the other processes, which indicated that desirable operating conditions for nitrifying bacteria's growth were established.
이성일(Lee Sung Il),오영기(Oh Young Khee),구본상(Ku Bon Sang),김옥진(Kim Ok Jin) 한국연소학회 2011 KOSCOSYMPOSIUM논문집 Vol.- No.42
MBT(Mechanical Biotreatment) System to produce RDF(Refuse Derived Fuel) is composed of many Mechanical Facilities. Because our design technology is made by C# Language, the user can make and correct PFD(Process Flow Diagram) freely. With simple control, the user can change the process and recognize RDF LHV(Lower Heat Value), RDF Yield, Moisture Content, in very short time. In comparison with the former design technology, it is useful to improve the work efficiency of engineer and to elevate RDF Performance easily.