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GB201813332D0
|
|
Hydrogen reduction of a non-beneficiated iron ore melt layer
|
|
GB201810279D0
|
|
Direct smelting of low-grade iron ore at the minesite
|
|
GB201800153D0
|
|
Hydrogen ironmaking using recuperative heat exchange
|
|
WO2018083434A1
|
|
Carbon-free smelting of hematite ore
|
|
WO2018083433A1
|
|
Steel production without plant-site carbon dioxide emission
|
|
WO2018234720A1
|
|
Smelting low-grade iron ore without beneficiation
|
|
GB201608334D0
|
|
Ultra-low carbon ironmaking from low-grade ore
|
|
GB201603853D0
|
|
Smelting hematite ore directly to ultra-low carbon iron slab
|
|
GB201603854D0
|
|
Steel making with ultra-low carbon iron and scrap
|
|
GB201603743D0
|
|
Smelting hematite ore directly to ultra-low carbon iron slab
|
|
GB201514805D0
|
|
Zero Co2 Primary Iron and steelmaking
|
|
GB201501213D0
|
|
Mine-site autonomous smelting of iron ore
|
|
GB201412957D0
|
|
Electrically heated primary steelmaking process
|
|
GB201412864D0
|
|
Electrical conductivity heated primary steelmaking
|
|
GB201411685D0
|
|
Zero co� emission electric primary steelmaking
|
|
GB201409105D0
|
|
Zeto CO? electric steel process with multiple reduction hearths
|
|
GB201400791D0
|
|
Near net shape casting of steel without water cooling
|
|
GB201315831D0
|
|
Zero carbon dioxide emission scrap based steelmaking
|
|
GB201305557D0
|
|
Hydrogen steelmaking with air or oxygen usage
|
|
GB201300253D0
|
|
Continuous hydrogen steelmaking without post combustion
|
