Decarbonization of steel manufacturing requires policies to reduce carbon emissions
through technology development, renewable energy use, carbon pricing mechanisms …

Ambitions towards a circular economy are increasingly vocalised across academia,
policymaking and industry. The endeavour of realising these ambitions provides major …

The current production of hydrogen, predominantly through steam methane reforming,
causes up to 3% of global CO 2 emissions. Since hydrogen is expected to play an …

Confining CO2 emissions and accelerating toward a circular carbon economy demand
process intensification strategies. This work evaluates integrated CO2 capture and catalytic …

Blast furnace gas (BFG) contains residual chemical energy (CO and H 2) that is currently
burned to provide heat and electricity in the steel plant. Considering BFG's large production …

In order to solve the utilization problem of dry quenching coke dust removal ash (DRA) and
high-temperature exhaust gas (HTEG) at the same time, this study proposes a new …

Property-performance correlation analysis allows to investigate and connect materials
performance to its properties and visualize performance trade-offs. Dual functional materials …

CO2 emissions have been identified as the main driver for climate change, with devastating
consequences for the global natural environment. The steel industry is responsible for~ 7 …