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. Denitrification performance and nitrous oxide emissions of a novel gel-immobilized elemental sulfur autotrophic denitrification reactor.


    Biochemical Engineering Journal 235 () 110324
  2. Advancing Nutrient Removal and Resource Recovery Toward Circular Wastewater Management.


    Water Research X 32 () 100584
  3. Potential survival strategies of novel comammox and nitrite-oxidizing Nitrospira synthesizing osmoprotectants in a wastewater microbiome treating high-ammonia brackish landfill leachate.


    Microbiome 14(1) () 98
  4. Phyllosphere of senescent crops as a microbial N2O source.


    Frontiers in microbiology 16 () 1650612
  5. Assimilatory N2O reduction by Nostoc sp. strain MS1 isolated from a river: insights from genome and 15N tracer analysis.


    Frontiers in microbiology 17 () 1759539
  6. Functional microbial competition and evolution driven by increased chemical oxygen demand/nitrogen ratio and reduced temperatures in mainstream partial nitritat


    Bioresource Technology 444 () 133918
  7. Acclimation of microbial communities in low dissolved oxygen and low pH driven start-up of microaerobic activated sludge process to recover ammonium from fermentation industrial wastewater.


    Water Research 303 () 126305
  8. Mechanistic drivers of high-rate nitrification and N2O emission in thin membrane-aerated biofilms: Insights from integrated micro-scale characterization.


    Water Research 295 () 125559
  9. Synergistic pH and feast-famine regulation of polyhydroxyalkanoate biosynthesis in a methane‑oxidizing bacterium.


    Biochemical Engineering Journal 230 () 110124
  10. Mitigating environmental impacts and reducing nitrogen footprint by novel tripartite pig husbandry with maximized waste recycling.


    Journal of Cleaner Production 558 () 148304