7 Development of Low Carbon Technology in China’s Iron …
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7.6.2.2 Long Term Abatement
• Facilitate the substitution of traditional energy such as coal and coke by renewable
energy in iron and steel industry and adjust the energy mix, thereby paving the
way for zero-carbon EAF steelmaking/hydrogen steelmaking.
• Carry out more strategic analysis and adoption planning of zero carbon technologies such as hydrogen steelmaking/CCUS, etc. to mitigate the cost of trial and
error.
• Conduct more theoretical research, equipment R&D and demo project construction of zero carbon technology to maintain the technological edge.
• CO 2 abatement in iron and steel industry is a comprehensive undertaking which
requires holistic thinking of internal and external factors such as corporate development and environmental protection policies, etc., which is to be taken seriously
by iron and steel industry.
References
Cai Bofeng, Li Qi, Lin Qianguo, Ma Jinfeng etc., China CO 2 Capture, Utilization and Storage
(CCUS) Report (2019) [R]. Chinese Academy of Environmental Planning (CAEP), Ministry of
Ecology and Environmental Protection, 2020.
China Society of Automotive Engineers. (2016). Technology Roadmap for Energy-Efficient and
New Energy Vehicles (2016). Beijing: China Machine Press.
Editorial Board of China Iron and Steel Industry Yearbook. (2017). China Iron and Steel Industry
Yearbook 2016. Beijing, Metallurgical Industry Press.
Editorial Board of China Iron and Steel Industry Yearbook (2020). China Iron and Steel Industry
Yearbook 2019. Beijing, Metallurgical Industry Press.
Energy Transitions Commission (ETC), Rocky Mountain Institute (2019). China 2050: Zero Carbon
Outlook for a Country Achieving Modernization in All Aspects.
Forward (Qianzhan) Intelligence Co., Ltd., Market Outlook and Development Plan Analysis Report
of China’s Iron and Steel Industry during the 13 th 5-Year Plan Period. Forward (Qianzhan)
Intelligence Co., Ltd., 2016.
Gielen, D., Taibi, E., Saygin, D., & Birat, J.-P. (forthcoming), “Relocation of Energy Intensive
Industries for Accelerated Deployment of Renewable Energy: A Case Study for the Iron and Steel
Sector”, submitted for publication.
Guo, M., Yang, H. (2018). Analysis of GHG abatement opportunities in iron and steel industry in
China. Energy of China, 40, 35–37.
He, Z. (2013). Operation Model and Key Technological Research of Green Manufacturing of
Iron and Steel Plants Operating on Various Techniques [doctoral dissertation]. Hubei Wuhai
University of Science and Technology.
Hu, R. (2016). Model Analysis and Strategic Research of Low Carbon Production of China’s Iron
and Steel Industry [doctoral dissertation]. Beijing: Beijing University of Science and Technology.
Huang, W. (2016). Carbon Emission Analysis of China’s Iron and Steel Industry from a Low Carbon
Perspective [master’s thesis]. Fujian: Fuzhou University.
IEA (2013), Technology Roadmap—Carbon Capture and Storage 2013[EB/OL]. [Mar 12, 2020],
IEA, Paris https://www.iea.org/reports/technology-roadmap-carbon-capture-and-storage-2013.
IEA, The Role of CO 2 Storage [EB/OL]. [Mar 12, 2020], IEA, Paris https://www.iea.org/reports/
the-role-of-CO2-storage.
277
7.6.2.2 Long Term Abatement
• Facilitate the substitution of traditional energy such as coal and coke by renewable
energy in iron and steel industry and adjust the energy mix, thereby paving the
way for zero-carbon EAF steelmaking/hydrogen steelmaking.
• Carry out more strategic analysis and adoption planning of zero carbon technologies such as hydrogen steelmaking/CCUS, etc. to mitigate the cost of trial and
error.
• Conduct more theoretical research, equipment R&D and demo project construction of zero carbon technology to maintain the technological edge.
• CO 2 abatement in iron and steel industry is a comprehensive undertaking which
requires holistic thinking of internal and external factors such as corporate development and environmental protection policies, etc., which is to be taken seriously
by iron and steel industry.
References
Cai Bofeng, Li Qi, Lin Qianguo, Ma Jinfeng etc., China CO 2 Capture, Utilization and Storage
(CCUS) Report (2019) [R]. Chinese Academy of Environmental Planning (CAEP), Ministry of
Ecology and Environmental Protection, 2020.
China Society of Automotive Engineers. (2016). Technology Roadmap for Energy-Efficient and
New Energy Vehicles (2016). Beijing: China Machine Press.
Editorial Board of China Iron and Steel Industry Yearbook. (2017). China Iron and Steel Industry
Yearbook 2016. Beijing, Metallurgical Industry Press.
Editorial Board of China Iron and Steel Industry Yearbook (2020). China Iron and Steel Industry
Yearbook 2019. Beijing, Metallurgical Industry Press.
Energy Transitions Commission (ETC), Rocky Mountain Institute (2019). China 2050: Zero Carbon
Outlook for a Country Achieving Modernization in All Aspects.
Forward (Qianzhan) Intelligence Co., Ltd., Market Outlook and Development Plan Analysis Report
of China’s Iron and Steel Industry during the 13 th 5-Year Plan Period. Forward (Qianzhan)
Intelligence Co., Ltd., 2016.
Gielen, D., Taibi, E., Saygin, D., & Birat, J.-P. (forthcoming), “Relocation of Energy Intensive
Industries for Accelerated Deployment of Renewable Energy: A Case Study for the Iron and Steel
Sector”, submitted for publication.
Guo, M., Yang, H. (2018). Analysis of GHG abatement opportunities in iron and steel industry in
China. Energy of China, 40, 35–37.
He, Z. (2013). Operation Model and Key Technological Research of Green Manufacturing of
Iron and Steel Plants Operating on Various Techniques [doctoral dissertation]. Hubei Wuhai
University of Science and Technology.
Hu, R. (2016). Model Analysis and Strategic Research of Low Carbon Production of China’s Iron
and Steel Industry [doctoral dissertation]. Beijing: Beijing University of Science and Technology.
Huang, W. (2016). Carbon Emission Analysis of China’s Iron and Steel Industry from a Low Carbon
Perspective [master’s thesis]. Fujian: Fuzhou University.
IEA (2013), Technology Roadmap—Carbon Capture and Storage 2013[EB/OL]. [Mar 12, 2020],
IEA, Paris https://www.iea.org/reports/technology-roadmap-carbon-capture-and-storage-2013.
IEA, The Role of CO 2 Storage [EB/OL]. [Mar 12, 2020], IEA, Paris https://www.iea.org/reports/
the-role-of-CO2-storage.