岐阜薬科大学

Field of Study
Next Generation Energy Chemistry
Keywords
Hydrogen production, Ammonia production, Mechanochemical reaction, Next generation energy, Carbon-free method
Lab URL
https://www.gifu-pu.ac.jp/lab/yakuhin/NGECJRL/index-ng.html
次世代エネルギーの製造を具現化するための技術と装置の開発および優れた研究開発型の人材の育成を目指す
Promotion of drug discovery research, creation of intellectual property, and development of qualified human resources
Development of technologies and equipment to realize next-generation energy production and to promote outstanding research and development talent
  • 特任教授　安井 努 Research Professor Yasui Tsutomu Ph.D. mail_outlineyasui@
    ※@以降はgifu-pu.ac.jpとなります。
  • 特任教授　佐治木 弘尚 Research Professor Sajiki Hironao Ph.D. mail_outlinesajiki@
    ※@以降はgifu-pu.ac.jpとなります。
  • 教授（兼務）　井川 貴詞 Professor Ikawa Takashi Ph.D. mail_outlineikawa-ta@
    ※@以降はgifu-pu.ac.jpとなります。

研究テーマ Research Subjects

地球温暖化対策やSDGs達成に向けて、二酸化炭素を排出しない「水素」と「アンモニア」の燃料を効率的に作る方法と装置の提供が目的です。

ナブテスコ株式会社と岐阜薬科大学は、研究能力と人材を生かして、水素とアンモニアの燃料を効率的に作る新しい方法を開発します。これには、機械的な化学反応を利用した技術が含まれます。

具体的には、エネルギー源の多様化と多角化に資する、次世代エネルギーの製造を具現化するための技術と装置を開発するとともに、優れた研究開発型の人材を育成します。

Our goal is to provide an efficient method and equipment to product hydrogen and ammonia fuels that do not emit carbon dioxide, in order to combat global warming and achieve the SDGs.

Nabtesco Corporation and Gifu Pharmaceutical University will leverage their research capabilities and human resources to develop a new method to efficiently produce hydrogen and ammonia fuels. This will involve technologies that utilize mechanical and chemical reactions.

Specifically, we will develop technologies and equipment that embody the production of next-generation energy, which will contribute to the diversification and expansion of energy sources, as well as nurture outstanding research and development-oriented human resources.

研究課題 Research Objectives

  1. 最適な触媒の開発
    Development of the most suitable catalysts
  2. 水から水素を製造する方法の確立
    Establishment of hydrogen generation method using water as starting material
  3. 空気・水からアンモニアを製造する方法の確立
    Establishment of a method for producing ammonia from air or water
  4. 連続反応装置の開発
    Development of continuous reactors
  5. 水素を貯蔵するシステムの開発
    Development of hydrogen storage systems
  6. エネルギー収支に関する研究
    Research on energy balances
  7. 地球温暖化対策に寄与する次世代エネルギーである「水素」や「アンモニア」の連続的な製造法を通じて地域・産業界のみならず地球規模での社会貢献
    Contribute to society not only regionally and industrially, but also globally through continuous production methods for hydrogen and ammonia, which are next-generation energy sources that help prevent global warming

最近の研究成果 Research Results

  1. 1. Y. Sawama, S. Kondo, H. Sajiki et al., "Stainless-Steel-Mediated Quantitative Hydrogen Generation from Water under Ball Milling Conditions" ACS Sustainable Chem. Eng. , 3, 683-689, 2015.
  2. 2. Y. Sawama, S. Kondo, H. Sajiki et al.,"Stainless-Steel Ball-Milling Method for Hydro-/Deutero-genation Using H2O/D2O as a Hydrogen/Deuterium Source" ChemSusChem, 8, 3773-3776, 2015.
  3. 3. Y. Sawama, M. Niikawa, H. Sajiki et al., "Stainless Steel-Mediated Hydrogen Generation from Alkanes and Diethyl Ether and Its Application for Arene Reduction" Org. Lett., 20, 2892-2896, 2018.
  4. 4. Y. Sawama, M. Itoh, H. Sajiki et al., "Quantitative Mechanochemical Methanation of CO2 with H2O in a Stainless Steel Ball Mill" Bull. Chem. Soc. Jpn., 93, 1074-1078, 2020.
  5. 5. M. Itoh, Y. Sawama, H. Sajiki et al., "Improvement Parameters in Hydrogen Generation from Water under Stainless-steel-Mediated Ball Milling Conditions" Bull. Chem. Soc. Jpn., 93, 1366-1371, 2020.
  6. 6. Y. Sawama, M. Niikawa, H. Sajiki, "Stainless Steel Ball Milling for Hydrogen Generation and its Application for Reaction" J. Synth. Org. Chem., Jpn., 77, 1070-1077, 2019 (Review).

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