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 …

The work aims to get a full understanding of the co-pyrolysis synergy between different
biomass and waste tire for high value utilization of both biomass and waste tire. Rice husk …

A disposable Ca-containing catalyst was generated from a sort of calcium-rich construction
demolition waste and utilized in the steam gasification of a bituminous coal in a fixed bed …

Potassium salt is a nonnegligible inorganic element in biomass, and it has a significant
impact on the thermal behavior of biomass. To understand the mechanism of potassium on …

To tailor the product distribution and quality, this work proposes a strategy for fuel gas
production and biochar upgrading by catalytic CO 2 gasification using a pine sawdust (PS) …

This study has focused on the evolution of kinetic parameters, ie, E app and lnA app and
kinetic compensation effects (KCE) of char consumption and CO, CO₂, and H₂ formation …

Study aims to experimentally investigate the physical significance of continuously evolved
kinetic parameters ie lnA app and E app including the importance of parameters, ie, m and c …

Chemical structure of char plays an essential role in coal gasification reactivity, especially
functional groups and active site. In this study, reactivity difference was discussed by …

NO reduction with biomass char was studied from considering its structural properties.
Raman, XPS and XRD were employed to characterize the char structure. Three types of …

This study aims to investigate the kinetic compensation effects (KCE) and gain insights into
the mechanisms, during gasification of Loy Yang brown coal char with steam, in an in-situ …