東京農工大学工学部 化学物理工学科寺田・利谷研究室

東京農工大学工学部、化学物理工学科、寺田・利谷研究室(旧 細見・寺田研究室)の取り扱う専門分野は「 環境化学工学」「環境バイオエンジニアリング」「生態工学」です。 専門分野の柱となる環境・ケミカル・バイオと化学工学を融合した多角的なアプローチにより、環境・エネルギー問題に対して最善の解決策となる技術開発を目指し、研究を進めています。

お知らせ

最近の研究実績

  1. Bioplastic production potential, growth optimization, and biokinetics of methane-oxidizing bacterium Methylosinus sp. strain C49


    Bioresource Technology 437 () 133075
  2. Ectoine production by newly isolated halophilic methanotroph ,Methylotuvimicrobium percolatum, using surplus methane from anaerobic digestion


    bioRxiv () 675991
  3. Insights into freshwater lake abiotic and biotic carrier biofilm nitrogen transformation and N₂O emission patterns: A 15N isotope tracing study


    Water Research () 124209
  4. Application of a mitigation method for nitrous oxide emission in a full-scale Carrousel reactor: Carbon footprint assessment


    Journal of bioscience and bioengineering 140 () 332340
  5. Application of electrodialysis for nutrient recovery from manure digestate: A long-term investigation of membrane fouling


    Water Research X 29 () 100420
  6. Insights into freshwater lake abiotic and biotic carrier biofilm nitrogen transformation and N₂O emission patterns: A 15N isotope tracing study


    Water Research () 124209
  7. Effect of the Composition and Hydrolyzability of Lignocellulosic Biomass on Methane Productivity in Co-Anaerobic Digestion of Lignocellulosic Biomass and Cow Manure


    Waste and Biomass Valorization () 110
  8. Developing a simple activity test to estimate nitrous oxide production from sewage treatment


    Journal of bioscience and bioengineering 139 () 424428
  9. A Pilot-Scale Hybrid Membrane-Aerated Biofilm Reactor for Nitrogen Removal from a Mixture of Municipal and Agricultural Wastewater


    Journal of Environmental Chemical Engineering 116309 ()
  10. Actively N2O-Reducing Oxygen-Tolerant Microbial Consortium Attained by Using a High-Dilution-Rate Chemostat Fed with Methanol


    Environmental Science and Technology ()