Latest Update:2024/11/15 18:35:58

KOBAYASHI Takurou

KOBAYASHI Takurou
Researcher Name
KOBAYASHI Takurou
Div (Section) name/title
Material Cycles Division(Material Cycles Science and Engineering Research Section)/Chief Senior Researcher
Research Subject
Technology development for resource recovery and energy production from liquid and organic wastes
Degree(s)
Doctor of Philosophy (Engineering)
Professional Qualification(s)
Civil Engineering,Bioengineering
Environmental Speciality Field
environmental bioengineering,biomass energy,environmental technology
Keyword(s)
methane fermentation,carbon recycling and negative emission technology,membrane separation,biofuel,hydrogen fermentation,biological desulfurization,microbial electrolysis cell,biochemical CO2 fixation
URL
https://researchmap.jp/takurokobayashi/
https://www.researchgate.net/profile/Takuro-Kobayashi
Membership of Academic Society
Japan Society on Water Environment (JSWE),Japan Society of Material Cycles and Waste Management,Japanese Society of Water Treatment Biology
Research Subject
  • Fiscal Year: 2024
    • 26822 : Material circulation and sequestration technology
    • 26842 : Technical system research for reconstruction and environmental recovery in areas where residents return
    • 26845 : Studies for emergence of regional resources and systems at Hama-dori, Fukushima, lifted the evacuation instruction
    • 26957 : upgrading pyrochar by the combined use of biomass ash and impurities bio-degradation
    • 27046 : Development and application of monitoring and modeling strategies for the comprehensive assessment and management of PFAS during the treatment, disposal, and recycling of wastes
    • 27089 : Elucidation of mechanisms for the development of PFAS removal technology utilizing the interaction of filter media, plants, and microorganisms
  • Fiscal Year: 2023
    • 26414 : Material circulation and sequestration technology
    • 26429 : Technical system research for reconstruction and environmental recovery in areas where residents return
    • 26432 : Studies for emergence of regional resources and systems at Hama-dori, Fukushima, lifted the evacuation instruction
    • 26481 : upgrading pyrochar by the combined use of biomass ash and impurities bio-degradation
    • 26482 : Biogas recovery from kitchen wastewater using an anaerobic biofilm reactor under ambient temperature
    • 26483 : Development of effective utilization technology and recovery system for low-quality waste cooking oil
    • 26623 : Development of a comprehensive environmental management approach to prepare for future nuclear disasters from environmental perspectives
    • 26665 : Study on advanced science and engineering for sustainable material cycles
    • 26673 : Development of Advanced Energy Conversion Technology Systems for Utilization of Radioactively-contaminated Biomass and Implementation Scenarios towards Decarbonized Society
    • 26697 : Waste / resource circulation flow and radioactive material monitoring in difficult-to-return areas
  • Fiscal Year: 2022
    • 25971 : Material circulation and sequestration technology
    • 25994 : Technical system research for reconstruction and environmental recovery in areas where residents return
    • 25997 : Studies for emergence of regional resources and systems at Hama-dori, Fukushima, lifted the evacuation instruction
    • 26120 : Waste / resource circulation flow and radioactive material monitoring in difficult-to-return areas
    • 26122 : Research on New Technology Development of Energy-saving Johkasou
    • 26123 : Upgrading of on-site methanation system for co-treatment of waste grease using co-flocculation of crystalline fatty-acid and biofilm
    • 26184 : Development of a comprehensive environmental management approach to prepare for future nuclear disasters from environmental perspectives
    • 26262 : Study on advanced science and engineering for sustainable material cycles
    • 26275 : Development of Advanced Energy Conversion Technology Systems for Utilization of Radioactively-contaminated Biomass and Implementation Scenarios towards Decarbonized Society
    • 26356 : Development of anaerobic bioleaching system to promote the elution of radioactive cesium in the radioactively contaminated solid wastes
  • Fiscal Year: 2021
    • 25511 : Material circulation and sequestration technology
    • 25526 : Technical system research for reconstruction and environmental recovery in areas where residents return
    • 25529 : Studies for emergence of regional resources and systems at Hama-dori, Fukushima, lifted the evacuation instruction
    • 25593 : Upgrading of on-site methanation system for co-treatment of waste grease using co-flocculation of crystalline fatty-acid and biofilm
    • 25596 : Research on integrated on-site biogas generation system from kitchen waste and wastewater
    • 25597 : Research on New Technology Development of Energy-saving Johkasou
    • 25603 : Development of anaerobic bioleaching system to promote the elution of radioactive cesium in the radioactively contaminated solid wastes
    • 25699 : Development of a comprehensive environmental management approach to prepare for future nuclear disasters from environmental perspectives
    • 25740 : Waste / resource circulation flow and radioactive material monitoring in difficult-to-return areas
    • 25915 : Study on advanced science and engineering for sustainable material cycles
    • 25916 : Development of Advanced Energy Conversion Technology Systems for Utilization of Radioactively-contaminated Biomass and Implementation Scenarios towards Decarbonized Society
  • Fiscal Year: 2020
    • 25097 : Sustainable Material Cycles Research Program
    • 25134 : Advancement of Sustainable and Integrated Waste Management System in Asia
    • 25135 : Development of Next Generation Technologies for“3R”
    • 25152 : Development of Management System for Radioactively Contaminated Off-Site Waste
    • 25259 : Upgrading of on-site methanation system for co-treatment of waste grease using co-flocculation of crystalline fatty-acid and biofilm
    • 25264 : Research on New Technology Development of Energy-saving Johkasou
    • 25398 : Fundamental Researches and Studies on Application of Waste Management Technologies to Japan and Overseas
  • Fiscal Year: 2019
    • 24694 : Sustainable Material Cycles Research Program
    • 24714 : Advancement of Sustainable and Integrated Waste Management System in Asia
    • 24715 : Development of Next Generation Technologies for“3R”
    • 24762 : High throughput evaluation method for biofilm stability in wastewater treatment using a sensor
    • 24813 : Fundamental Researches and Studies on Application of Waste Management Technologies to Japan and Overseas
    • 24814 : Research on development of advanced treatment for jokasou system
    • 24815 : A study on the development of biomass resource recycling technology
    • 24816 : Study on recycling of domestic wastewater and unutilized biomass using bio-eco engineering
    • 25036 : Study on emission behavior of POP-like compounds in biogas production plants and emission control for them
  • Fiscal Year: 2018
    • 24297 : Advancement of sustainable and integrated waste management system in Asia
    • 24298 : Development of next generation technologies for“3R”
    • 24353 : Sustainable Material Cycles Research Program
    • 24391 : High throughput evaluation method for biofilm stability in wastewater treatment using a sensor
    • 24404 : A study on the development of biomass resource recycling technology
    • 24405 : Fundamental Researches and Studies on Application of Waste Management Technologies to Japan and Overseas
    • 24406 : Research on development of advanced treatment for jokasou system
    • 24613 : Study on emission behavior of POP-like compounds in biogas production plants and emission control for them
  • Fiscal Year: 2017
    • 23830 : Development of next generation technologies for“3R”
    • 23831 : Advancement of sustainable and integrated waste management system in Asia
    • 23844 : Sustainable Material Cycles Research Program
    • 23917 : Research on development of advanced treatment for jokasou system
    • 23927 : High throughput evaluation method for biofilm stability in wastewater treatment using a sensor
    • 23943 : Development of two-stage fermentation process combined with rapid extraction for liquid and gas fuel conversion of oily organic wastes
    • 23944 : Fundamental Researches and Studies on Application of Waste Management Technologies to Japan and Overseas
    • 23978 : A study on the development of biomass resource recycling technology
    • 24011 : Study on emission behavior of POP-like compounds in biogas production plants and emission control for them
  • Fiscal Year: 2016
    • 23402 : Sustainable Material Cycles Research Program
    • 23406 : Advancement of sustainable and integrated waste management system in Asia
    • 23407 : Development of next generation technologies for“3R”
    • 23480 : Process optimization for dual-fuel production using long-chain fatty acids detection via cooling crystallization
    • 23481 : Dual-fuel production from biogas using a photo reactor packed with granulated microalgae
    • 23539 : Investigation of the factors for the environmental protection in Rural areas of North China
    • 23540 : A study on the development of biomass resource recycling technology
    • 23541 : Development of two-stage fermentation process combined with rapid extraction for liquid and gas fuel conversion of oily organic wastes
    • 23574 : Research on development of advanced treatment for jokasou system
    • 23575 : Research on anaerobic fermentation
    • 23651 : Fundamental Researches and Studies on Application of Waste Management Technologies to Japan and Overseas
    • 23737 : Research on treatment of disposer
  • Fiscal Year: 2015
    • 22997 : Establishment of appropriate technological system for municipal waste in Asia
    • 23123 : Dual-fuel production from biogas using a photo reactor packed with granulated microalgae
    • 23124 : Bio-energy recovery and sludge reduction from wastewater by anaerobic membrane separation reactor
    • 23127 : Process optimization for dual-fuel production using long-chain fatty acids detection via cooling crystallization
    • 23128 : Establishment of appropriate countermeasures for regional environmental restoration and domestic liquid-waste treatment
    • 23134 : Investigation of the factors for the environmental protection in Rural areas of North China
    • 23200 : Study on fundamental technologies required for material cycles and waste treatment
    • 23346 : Research on advanced treatment of urban-type anaerobic digester effluent
  • Fiscal Year: 2014
    • 22585 : Establishment of appropriate technological system for municipal waste in Asia
    • 22707 : CO2 and H2S fixation and clean bio-methane production using a photoreactor process
    • 22739 : Establishment of appropriate countermeasures for regional environmental restoration and domestic liquid-waste treatment
    • 22745 : Investigation of the factors for the environmental protection in Rural areas of North China
    • 22860 : Study on fundamental technologies required for material cycles and waste treatment
    • 22945 : Dual-fuel production from biogas using a photo reactor packed with granulated microalgae
    • 22951 : Application of bioelectrichemical process to anaerobic wastewater treatment: high-rate treatment and energy production from high strength sulfur wastewater
    • 22961 : Bio-energy recovery and sludge reduction from wastewater by anaerobic membrane separation reactor
  • Fiscal Year: 2013
    • 22169 : Establishment of appropriate technological system for municipal waste in Asia
    • 22232 : CO2 and H2S fixation and clean bio-methane production using a photoreactor process
    • 22273 : Establishment of appropriate countermeasures for regional environmental restoration and domestic liquid-waste treatment
    • 22397 : Planning and evaluation system for resource circulation in Asia cities based on the Japanese environmental technologies and policies
    • 22432 : Study on fundamental technologies required for material cycles and waste treatment
  • Fiscal Year: 2012
    • 21740 : Establishment of appropriate technological system for municipal waste in Asia
    • 21845 : Establishment of appropriate countermeasures for regional environmental restoration and domestic liquid-waste treatment
    • 21956 : Planning and evaluation system for resource circulation in Asia cities based on the Japanese environmental technologies and policies
    • 22153 : Development of emission factors for decentralized wastewater treatment facilities
  • Fiscal Year: 2011
    • 21297 : Establishment of appropriate technological system for municipal waste in Asia
    • 21574 : Establishment of integrated environmental restoration and biomass recycling system for regional environment
  • Fiscal Year: 2010
    • 21040 : Developing Win-Win resource recycling technology for waste biomass
Research Result (Publication)
  • all
  • Original Paper
  • Review
  • Book
  • Other Publications
  • Deployment of biogas production technologies in emerging countries (Chapter 16)
    Presenter : Zhen G., Lu X., Wang X., Zheng S., Wang J., Zhi Z., Su L., Xu K-Q., Kobayashi T., Kumar G., Zhao Y.
    Title : , Green Energy to Sustainability (2020)
  • Nanomaterials for Biohydrogen Production
    Presenter : Sivagurunathan P., Kadier A., Mudhoo A., Kumar G., Kobayashi T., Xu K-Q.
    Title : , Nanomaterials: Biomedical, Environmental, and Engineering Applications (2018)
  • Biohydrogen Production from Wastewaters
    Presenter : Sivagurunathan P., Kumar G., Pugazhendhi A., Zhen G., Kobayashi T., Xu K-Q.
    Title : , Biological wastewater treatment and resource recovery (2017)
  • Bioremediation for Tanning Industry: A Future Perspective for Zero Emission
    Presenter : Christopher J.G., Kumar G., Tasema A.F., Thi N.B.D., Kobayashi T., Xu K-Q.
    Title : , Management of Hazardous Wastes (2016)
  • Development and Applications of Anaerobic Membrane Bioreactor in Japan
    Presenter : Li Y.Y., Kobayashi T., Wakahara S.
    Title : , Anaerobic Biotechnology: Environmental Protection and Resource Recovery (2015)
  • Editorial Preface to the Special Issue on The 2nd International Conference on Alternative Fuels and Energy: Futures and Challenges (ICAFE 2017) 23rd-25th October 2017, Daegu, Republic of Korea
    Presenter : Atabani A.E., Pugazhendhi A., Al‑Muhtaseb Ala’a H. , Kobayashi T., Changsoo Lee
    Title : , Waste and Biomass Valorization, 11:1017 (2020)
  • Preface to the Special Issue on “The 2nd International Conference on Alternative Fuels and Energy: Future and Challenges (ICAFE 2017), 23rd-25th October 2017, Daegu, Republic of Korea”
    Presenter : Atabani A., Arpornwichanop A., Raza R., Saratale G.D., Kobayashi T.
    Title : , International journal of hydrogen energy, 44:2079-2080 (2019)
Research Result (Presentation)
  • all
  • Research Presentation
  • Research Lecture
  • Applications and new development of anaerobic biotechnology for energy production from organic wastes in Japan
    Presenter : Kobayashi T.
    Name of Society : Korean Society of Waste Management 31 Spring Conference (2014)
    Name of Proceedings : Abstracts, 273-291
  • CURRENT STATUS OF WASTE-TO-ENERGY IN JAPAN AND DEVELOPMENT OF BIOGASIFICATION TECHNOLOGIES AT NIES
    Presenter : Kuramochi H., Kobayashi T.
    Name of Society : 15th Tripartite Presidents Meeting among NIER, CRAES and NIES (2011)
    Name of Proceedings : 15th Tripartite Presidents Meeting among NIER, CRAES and NIES International Workshop Booklet, 19-21