In this article, the impact of conventional carbon sources, alongside potential carbon bio‐
sources, on slag‐foaming behavior is investigated. It highlights the complex relationship …

An increase in steel production causes an increase in the use of carbon fuels and reducing
agents, which in turn leads to greenhouse gas emissions. It is possible to reduce the …

Biocoke has the potential to reduce the fossil-based materials in metallurgical processes,
along with mitigating anthropogenic CO2-and greenhouse gas (GHG) emissions. Reducing …

The metallurgical properties and the microstructure of coke after gasification reaction with
pure H2O and pure CO2 were investigated in this study. Moreover, the first-principles …

Coke produces powder in high-temperature environments, which leads to a decrease in
coke strength and affects the smooth operation of blast furnace. To study the effect of high …

A parametric study of ReaxFF for molecular dynamics simulation of graphitization of
amorphous carbon was conducted. The responses to different initial amorphous carbon …

A series of adsorption–alkalization experiments were conducted in a muffle furnace on two
types of blast furnace cokes at 1300° C in the presence of alkali vapors. Coke textures were …

To address the deterioration of coke properties and subsequent fines caused by coke
gasification reaction inside blast furnaces, orthogonal gasification tests were conducted on …

The changes in chemical structures over the plastic layer region during the coking of coals
have a significant impact on coke formation and coke quality. This paper employed the Solid …

Abstract Small Angle Neutron Scattering and Ultra Small Angle Neutron Scattering were
used to study the effect of annealing at temperatures of 1400 and 1600° C, in an inert …