High Efficiency Dry Process Anaerobic Digestion of Organic Fraction of Municipal Solid Waste using Hyperthermal Biological Hydrolysis

The efficiency of Hyper Thermal Biological Hydrolysis (HTBH) at 80°C on the organic fraction of municipal solid waste mixed with thermal anaerobic digestion sludge was investigated in 100-L batch reactors. The hydrolysis effect lasted only for one day with HTBH prior to methanogenesis (pre-HTBH) and...

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Published inJournal of the Japan Society of Waste Management Experts Vol. 19; no. 4; pp. 265 - 274
Main Authors Kuroki, Koji, Tsubota, Jun, Cheon, Jihoon, Tsuno, Hiroshi, Hong, Feng
Format Journal Article
LanguageJapanese
Published Japan Society of Material Cycles and Waste Management 2008
Subjects
ammonia stripping
dry phase anaerobic digestion
hyperthermal hydrolysis
municipal solid waste
two phase anaerobic digestion system
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ISSN1883-1648
1883-163X
1883-163X
DOI10.3985/jswme.19.265

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Abstract The efficiency of Hyper Thermal Biological Hydrolysis (HTBH) at 80°C on the organic fraction of municipal solid waste mixed with thermal anaerobic digestion sludge was investigated in 100-L batch reactors. The hydrolysis effect lasted only for one day with HTBH prior to methanogenesis (pre-HTBH) and for two days with HTBE after methanogenesis (post-HTBH). For both configurations, methane production at methanogenesis dropped if treated by HTBE for more than one day. In the HTBH reactors, gaseous ammonia, which inhibits microbial activity in high concentrations, was retrieved effectively with a gas stripping system. Microbial distribution analysis on the HTBH reactors indicated the dependency of microbial distributions on the configuration of the HTBH reactor. Carbohydrate/lactic acid-degrading microbes dominated in the pre-HTBH reactor, while protein degrading microbes dominated in the post-HTBH reactor.
AbstractList The efficiency of Hyper Thermal Biological Hydrolysis (HTBH) at 80°C on the organic fraction of municipal solid waste mixed with thermal anaerobic digestion sludge was investigated in 100-L batch reactors. The hydrolysis effect lasted only for one day with HTBH prior to methanogenesis (pre-HTBH) and for two days with HTBE after methanogenesis (post-HTBH). For both configurations, methane production at methanogenesis dropped if treated by HTBE for more than one day. In the HTBH reactors, gaseous ammonia, which inhibits microbial activity in high concentrations, was retrieved effectively with a gas stripping system. Microbial distribution analysis on the HTBH reactors indicated the dependency of microbial distributions on the configuration of the HTBH reactor. Carbohydrate/lactic acid-degrading microbes dominated in the pre-HTBH reactor, while protein degrading microbes dominated in the post-HTBH reactor.
Author Cheon, Jihoon
Tsuno, Hiroshi
Hong, Feng
Kuroki, Koji
Tsubota, Jun
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Cites_doi 10.1080/00365540410024754
10.1016/0304-3894(94)85048-8
10.1080/09592310601060930
10.1099/00207713-51-4-1245
10.1099/00207713-49-1-185
10.1099/ijs.0.63068-0
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References_xml – reference: 6) 高島正信：メタン発酵の基礎，水処理技術，第45巻，第5号，pp.207-213 (2004)
– reference: 7) J. Tsubota, T. Tsubone, T. Hamasaki, M. Sugahara and H. Tsuno : Hyperthermal Biological Hydrolysis of Municipal Solid Waste and its Utilization to Methanogenesis, ADSW 2005 Conference Proceedings,Vol.2, pp.59-63 (2005)
– reference: 3) 小原 聡，山口俊秀：排水処理における環境負荷低減化技術，環境浄化技術，第3巻，第6号，pp.5-8 (2004)
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– reference: 18) K. Takai, D.P. Moser, T.C. Onstott, N. Spoelstra, S.M. Pfiffner, A. Dohnalkova and J.K. Fredrickson : Alkaliphilus Transvaalensis Gen. Nov., Sp. Nov., an Extremely Alkaliphilic Bacterium Isolated from a Deep South African Gold Mine, Int. J. Syst. Evol. Microbiol., Vol.51, pp.1245-1256 (2001)
– reference: 13) (社)日本下水道協会：下水道施設計画・設計指針と解説，pp.104-105 (2001)
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Snippet The efficiency of Hyper Thermal Biological Hydrolysis (HTBH) at 80°C on the organic fraction of municipal solid waste mixed with thermal anaerobic digestion...
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SubjectTerms ammonia stripping
dry phase anaerobic digestion
hyperthermal hydrolysis
municipal solid waste
two phase anaerobic digestion system
Title High Efficiency Dry Process Anaerobic Digestion of Organic Fraction of Municipal Solid Waste using Hyperthermal Biological Hydrolysis
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