Coal is the most abundant fossil fuel and is widely used as an energy source for combustion
and gasification. Both experimental methods and computational tools are required for the …

With consumption of high quality coal resources, clean and efficient conversion of high sulfur
coal has attracted much attention, and especially the regulation of organic sulfur in high …

For the ironmaking process, previous research on alkali-catalytic coke gasification has
focused mainly on macroscopic kinetic behavior to stimulate CO production and has …

The structure of organic matter in anthracite samples of different ranks and coal-derived
natural graphites was investigated using XRD, micro-Raman spectroscopy, and HRTEM to …

Abstract Knowledge is limited on the thermal behavior of sulfur during petroleum coke (PC)
pyrolysis, a critical topic for its any thermal utilization processes. In this work, temperature …

A new vacuum-assisted alkali roasting desulfurization technology for petroleum coke is
presented in this article. Deep desulfurization experiments were carried out on high-sulfur …

The carbon dioxide gasification mechanism of coke was investigated by combining a
particulate coke reaction experiment and theoretical calculations. Characterization results …

Air pollutant emissions represent a critical challenge in the green development of the non-
ferrous metallurgy industry. This work studied the emission characteristics, formation …

High-sulfur petroleum coke is considered a promising raw material for artificial graphite
anode materials due to its low cost, abundant supply, and large overseas markets. However …

Context An atomistic coke carbon model was constructed to simulate the structural evolution
in the gasification and stretching process. The coke model was placed in a box with different …