Global efforts to mitigate climate change are based on forecasts of future warmer
temperatures on the earth's surface. Climate warming is caused by the positive radiative …

This study aimed to investigate the physical and chemical characteristics of hydrochar
derived from waste furniture through hydrothermal carbonization (HTC) and evaluate its …

Raman spectroscopy, as a rapid, high-precision, and nondestructive tool, can be used for
analyzing the samples from gas to solid, from ex situ to in situ, from organic macromolecule …

Natural iron ore is widely used as a catalytic cracking material in the reforming and
upgrading of co-pyrolysis volatiles, where its surface carbon deposition structure can …

In present work, an atomistic coal char representation is constructed through the pyrolysis of
the classical Given bituminous coal model using the reactive molecular dynamics (ReaxFF …

Raman spectroscopy is a nondestructive and in situ analytical technique that could provide
information on the chemical structure and structural ordering of carbonaceous materials …

The structure of nascent pyrolysis and gasification char during lignite pyrolysis and
gasification changes due to the product branching which holds the key to unveil these …

An in-depth study on the chemical structure evolution during the pyrolysis of lump coal is of
great significance for revealing the pyrolysis mechanism in fixed-bed gasifier. In this paper …

Oxy-steam combustion is considered as one of promising technologies for the next
generation oxy-fuel combustion, in which coal mainly burns in O 2/H 2 O atmosphere. This …

The goal of the current study was to investigate the influence of increased CO 2
concentrations in oxy-fuel combustion on the products of coal devolatilization (gas, tar, soot …