Direct reduction of iron oxide using hydrogen offers a sustainable route to lower carbon emissions in steelmaking. Although iron oxide feedstocks consist of polycrystalline pellets, the influence of ...
Optimizing electricity consumption in direct reduction iron processes using RSM, MLP, and RBF models
Modeling and optimizing electricity consumption in the steel industry, particularly within direct reduction units, represents a critical challenge due to the sector’s substantial energy demands.
Steel and metal production are among the largest contributors to global greenhouse gas emissions, accounting for ...
German steelmaker will work jointly with BlueScope Steel to develop up to 2.5 million metric tons of annual direct-reduced iron capacity in Germany. Dr. Heike Denecke-Arnold (left), chief operations ...
A breakthrough innovation from Sweden could drastically reduce the CO2 emissions from steel production that stands for 7-9 % of the global emissions.
China Baowu and Rio Tinto have successfully completed industrial-scale pelletisation and shaft furnace trials in China using ...
Rio Tinto and China Baowu have completed industrial-scale trials showing Pilbara iron ore could support lower-carbon ...
Norway-based Blastr Green Steel signs a letter of intent with Redcar Bulk Terminal to explore developing a direct-reduced iron plant in Teesside, United Kingdom. An investment at the Teesside port in ...
Kwinana, south of Perth, in Western Australia. Zero Emissions Steel Technology (Zesty) is being positioned as a pathway for using Pilbara iron-ore in lower-emissions steelmaking. The proposed plant is ...
Some results have been hidden because they may be inaccessible to you
Show inaccessible results