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류태우,신현재 한국산업경영시스템학회 2008 한국산업경영시스템학회 학술대회 Vol.2008 No.춘계
Consequently, untreated sewage water can be discharged. By constantly monitoring and analyzing Dissolved Oxygen(DO) level in the water using the fuzzy inference based control, inflow water quantity and concentration can be controlled. Moreover, by controlling the reaction time, equipment can be efficiently operated and maintained. Also, operating cost can be reduced.
30 ㎏/hr 급 열분해 용융 소각로에서의 폐기물 열분해/연소/용융 특성 연구
류태우(Taeu Yu),김봉근,양원(Won Yang),전금하(Keum Ha Jeon),신동훈(Donghoon Shin),박상욱,임성진,김대성,이진호,황정호(Jeong Ho Hwang) 한국연소학회 2006 KOSCOSYMPOSIUM논문집 Vol.- No.-
A novel pyrolysis-melting incineration system of reduced scale (30 ㎏/hr) is designed and constructed in Korea Institute of Industrial Technology. The incineration process is composed of three parts: pyrolysis, gas combustion and ash melting processes. For each unit process, experimental and numerical approaches including reduced-scale cold/hot flow tests have been conducted to find optimal design and operating conditions. This paper presents major results of these approaches with brief descriptions on the pilot-scale incinerator (200 ㎏/hr) under construction and future research works.
Pilot 규모의 열분해 용융 소각 시스템에서의 열분해 및 연소 특성 연구
류태우(TaeU Yu),양원(Won Yang),박주원(JuWon Park),김봉근(BongKeun Kim),이기방(GiBang Lee),김희열(HiYeol Kim),박상신(SangShin Park),전금하(Keum Ha Jeon) 한국연소학회 2006 KOSCOSYMPOSIUM논문집 Vol.- No.-
A pilot scale (200㎏/hr) pyrolysis melting incineration system is designed and constructed in Korea Institute of Industrial Technology. The incineration process is composed of pyrolysis, gas combustion, ash melting, gas stabilization, waste heating boiler, and bag filter. For each unit process, experimental approaches have been conducted to find optimal design and operating conditions. Especially, a pyrolysis is very important process in that it is a way of energy recirculation and minimizing the waste products. This paper presents major results of the most efficient operating conditions in a pilot scale pyrolysis melting incinerator.