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Research consortium of environmental biotechnology for mitigation of greenhouse gases and resource recovery

【ENERGY】 Terada Unit

  • Overview

    Nitrous oxide (N2O), a highly potent greenhouse gas and ozone-depleting substance, is emitted from croplands and wastewater treatment facilities, posing grand challenges on a global scale. Given the impact of the recent global warming, environmental pollution, and biodiversity loss triggered by excessive reactive nitrogen, the development of an N2O mitigation technology has become significant. Furthermore, an approach with N2O as a central constituent for resource and energy recovery is demanded in a sustainable and recycle-based society. This research consortium at TUAT, consisting of active international researchers in agriculture and engineering fields, aims to develop an innovative system and technology to locally and globally manage N2O and nitrogen constituents.

Team Head

International Researcher(s)

Kartik Chandran

Affiliation Columbia University (U.S.A.)
Division / Department Department of Earth and Environmental Engineering
Position Professor
URL

https://kchandranlab.wixsite.com/kclab

Sukhwan Yoon

Affiliation Korea Advanced Institute of Science and Technology (KAIST) (Korea)
Division / Department Department of Civil and Environmental Engineering
Position Associate Professor
URL

https://www.eml.kaist.ac.kr/professor

Samir Khanal

Affiliation The University of Hawaii at Manoa (U.S.A.)
Division / Department Department of Molecular Biosciences and Bioengineering
Position Associate Professor
URL

https://www.samirkkhanal.com/

Members

Shin Okazaki (Institute of Agriculture / Professor)
Yohey Hashimoto (Institute of Engineering / Associate Professor)
Hideaki Tokuyama (Institute of Engineering / Associate Professor)
Shohei RIYA (Institute of Engineering / Associate Professor)
Shohei Yasuda (Institute of Global Innovation Research / Assistant Professor)

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