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서지정보
· 발행기관 : 한국신·재생에너지학회
· 수록지 정보 : 신재생에너지 / 12권 / 4호 / 88 ~ 97페이지
· 저자명 : 이준표, 강호, 정지현, 이관영, 현재혁
초록
A semi-continuously fed and mixed reactor (SCFMR) was tested with food waste as a substrate. Biogas and methaneproduction, and the total volatile solids (TVS) removal was investigated by changing the operating parameters, such as input totalsolid (TS) concentration and/or retention time (HRT) in the reactor. With the test of the input TS 10% and 30 days HRT 0.35 Nm3methane was produced from 1 kg TVS removal. In the case of input TS 15% and 40 days HRT, 0.34 Nm3 methane per kilogram TVSwas produced. the removal of TVS calculated from biogas production and TS input were 65.7% and 62.9%, respectively. The reactorwas estimated to be operated in an over-loaded condition. Hence, the HRT should have been increased for the optimal operation. Inconclusion, the operation parameters of SCFMR with food waste was proposed by experiments, and the data could be used for thebasic design of a pilot or commercial biogas plant for food waste treatment.영어초록
A semi-continuously fed and mixed reactor (SCFMR) was tested with food waste as a substrate. Biogas and methaneproduction, and the total volatile solids (TVS) removal was investigated by changing the operating parameters, such as input totalsolid (TS) concentration and/or retention time (HRT) in the reactor. With the test of the input TS 10% and 30 days HRT 0.35 Nm3methane was produced from 1 kg TVS removal. In the case of input TS 15% and 40 days HRT, 0.34 Nm3 methane per kilogram TVSwas produced. the removal of TVS calculated from biogas production and TS input were 65.7% and 62.9%, respectively. The reactorwas estimated to be operated in an over-loaded condition. Hence, the HRT should have been increased for the optimal operation. Inconclusion, the operation parameters of SCFMR with food waste was proposed by experiments, and the data could be used for thebasic design of a pilot or commercial biogas plant for food waste treatment.참고자료
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