This article thoroughly assesses the Chemical Looping Hydrogen Production (CLHP)
process, aiming to enhance understanding of detailed dynamic simulations. It includes a …

Although the blast furnace process is the dominant ironmaking route to supply the
feedstocks for steelmaking, a number of alternative ironmaking technologies such as the …

As part of efforts to reduce anthropogenic CO2 emissions by the steelmaking industry, this
study investigated the direct reduction of industrially produced hematite pellets with H2 …

The direct reduction of iron oxide (DRI) using hydrogen is a promising method for clean
steelmaking. Previous studies used one-dimensional models to explore this non-catalytic …

Calcium looping, basing on sorption/desorption cycles, is a novel and promising approach
to capture CO 2 from flue gas of power plant. In the desorption process, sulfation inevitably …

The shaft furnace based H 2-intensive direct reduction process has the potential to realize
“carbon neutrality” and can significantly reduce the CO 2 emission, compared to the …

Iron ore direct reduction is an attractive alternative steelmaking process in the context of
greenhouse gas mitigation. To simulate the process and explore possible optimization, we …

In this study, a novel application of machine learning (ML) is introduced to pellet modeling in
the intricate non‐catalytic gas–solid reaction of direct reduction of iron oxide in the steel …

Direct hydrogen reduction (H-DR) is a promising technology for green ironmaking. Given the
absence of commercial H-DR data, computational simulation is a powerful tool for …

The iron and steel industry represents one of the most carbon intensive sectors accounting
for roughly 25% of CO 2 emissions generated by the industrial sectors and for 7% of total …