Here is a comprehensive overview of iron's potential in low-carbon energy technologies,
exploring applications like metal fuel combustion, iron-based batteries, and energy-carrier …

The objective of the paper is to simulate the whole steelmaking process cycle based on
Direct Reduced Iron and Electric Arc Furnace technologies, by modeling for the first time the …

In this work we investigate the feasibility and optimisation pathways for using oxide-filled
consumable electrodes as both ore feeding system and reducing/melting arc carrier in the …

This study reports on the low-pressure hydrogen (H 2) and deuterium (D 2) physisorption
processes in nanoporous activated carbon cloth at supercritical temperatures. In-situ small …

Methane pyrolysis at 950° C and 1 atm was investigated on iron containing catalysts derived
from a magnetite (Fe3O4) ore in a semibatch fluidized bed reactor. The magnetite …

This research presents an inventive thermochemical cycle that utilizes a reaction between
iron and HCl acid for hydrogen production. The reaction occurs spontaneously at room …

Hydrogen-based direct reduction is a promising technology for CO2 lean steelmaking. The
electric arc furnace is the most relevant aggregate for processing direct reduced iron (DRI) …

Carbon-rich sources, such as coal and carbon monoxide gas, have been extensively used
in the metal industry as the reducing agent of metal oxides and as the energy source for …

The production of ferronickel through conventional methods results in substantial CO 2
emissions. To mitigate CO 2 impact, using hydrogen gas as a reductant in Hydrogen Plasma …

The processing of limonite-type lateritic nickel ore through sulfuric acid leaching generates
leaching residue that requires careful handling and treatment. This residue, which contains …