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Decarbonizing global steel production
Peng Wang
, Yi Long Yin
, Zhenxi Li
, Chris Bataille
, Daniel M. Franks
, Takuma Watari
, Max Åhman
, Lars J. Nilsson
, Xiao Dong Ma
, Jing Meng
, Qi Zhang
,
Timothy M. Smith
, Yi Yang
Bioproducts and Biosystems Engineering
Research output
:
Contribution to journal
›
Review article
›
peer-review
Overview
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Keyphrases
Steel Production
100%
Carbon Intensity
100%
System-wide
66%
Decarbonization
66%
Process Level
66%
China
33%
Japan
33%
Regional Resources
33%
Waste Heat Recovery
33%
Waste-to-energy
33%
Production Pathway
33%
High Cost
33%
Over 80
33%
Electrolysis
33%
Limited Resources
33%
High Carbon
33%
Energy Efficiency Improvement
33%
Low Carbon
33%
Iron Reduction
33%
Industrial Symbiosis
33%
Material Efficiency
33%
Steel Industry
33%
Carbon Emission Intensity
33%
Circular Economy
33%
Electric Arc Furnace
33%
Reduction Technology
33%
Technical Readiness
33%
Fugitive Methane
33%
Total Emission Reduction
33%
Scrap-based Electric Arc Furnace
33%
Steel Sector
33%
Engineering
Steel Production
100%
Carbon Dioxide
100%
United States of America
75%
Electric Arc Furnace
50%
Hydrogen
50%
Decarbonization
50%
Waste Heat Recovery System
25%
Limitations
25%
Limited Number
25%
Emission Intensity
25%
Multi-Scale Approach
25%
Industrial Symbiosis
25%
Japan
25%
Conservation of Energy
25%
Methane
25%
Circular Economy
25%
Steel Sector
25%
Chemical Engineering
Carbon Dioxide
100%
Hydrogen
50%
Methane
25%
Electrolysis
25%
Circular Economy
25%
Material Science
Carbon Dioxide
100%
Hydrogen
50%