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3."Production of chemicals from renewable resources"

  • 工学部
  • 神戸大学
  • カーボンニュートラル
  • 地球温暖化

To avoid the global warming crisis, the use of fossil resources, coal, petroleum, and natural gas, must be reduced. The fossil resources are consumed for energy production of electricity and gas, and the material production of commodity chemicals. The energy production should be replaced with usage of renewable energy, solar, wind, and geothermal energies. Biomass resources are expected for replacement of fossil resources as organo-based materials. Much further research and development are required all over the world.

  • 対象
    学士, 修士, 博士
  • 使用言語
    英語
  • キャプション
    英語
  • 開始月
    随時
  • 受講期間
    設定なし
  • 配信方法
    オンデマンド
今すぐ受講（登録無料）
©神戸大学大学院工学研究科・工学部.  Last Update 2025-05-23
  • Content
    学習内容
  • Staff
    スタッフ
  • Competency
    コンピテンシー
  • Information
    その他の情報
  • Contact
    お問合せ
  • Related Contents
    関連コンテンツ

Content／学習内容

  • The electric energy produced from the typical renewable energies, solar, hydraulic, wind, geothermal powers, etc., can be hardly stored directly.  Only capacitors can be used for the direct storage of electric energy, but a huge system for the society does not practically make sense.  The conversion from electric energy to chemical energy is indispensable to store the massive energy for the stable supply and transportation of energy any places and any time.  Hydrogen (H2), ammonia (NH3), formic acid (HCOOH), and methylcyclohexane (CH3C6H5) are the strong candidates as an energy carrier.  Replacement of carbon source from fossil resources is also important.  Biomass conversion to chemicals must be developed in industries.

Staff／スタッフ

    • 講師
    Nishiyama Satoru
    Kobe University
    Emeritus Professor/Academic Researcher
    Catalytic Reaction Engineering

Competency／コンピテンシー

  • 論理的思考力
  • 課題発見力
  • 想像力
  • 状況把握力
  • 国際性

Information／その他の情報

教材・参考文献

Reference materials are indicated in slides.

その他の特記事項

1. General Introduction

2. Power generation from renewable resources” and “Suitable electric mobilities

3. Production of chemicals from renewable resources

 

Contact／お問合せ先

Academic Affairs Section,
Graduate School of Engineering,
Graduate School of System informatics,
Kobe University

 

Mail: eng-kyomugakusei@office.kobe-u.ac.jp

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