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 ...

SHANGHAI-- China Baowu and Rio Tinto have successfully completed industrial-scale pelletisation and shaft furnace trials in China using Rio Tinto’s Pilbara Blend iron ore, as part of their broader ...

The Western Australian government has welcomed Rio Tinto’s new low-emissions iron-ore processing pilot in Kwinana, describing it as a key initiative to decarbonise the state’s largest export and ...

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 ...

Exciting news in the world of green hydrogen! Salzgitter AG and EWE AG have just made a significant move by locking in a ...

Hydrogen reduction techniques offer a transformative pathway to decarbonise iron and steel production by substituting carbon‐based reductants with hydrogen. In these processes, hydrogen reacts with ...

Steel and metal production are among the largest contributors to global greenhouse gas emissions, accounting for ...

A breakthrough innovation from Sweden could drastically reduce the CO2 emissions from steel production that stands for 7-9 % of the global emissions.