Coal gasification is a clean and effective method for converting coal into syngas, which is
mainly used in fuel and chemical industry. However, the process of coal gasification …

This study aims to quantify the combustion performances, mechanisms, and ash
characteristics of Chinese medicine residues (CMR) in the air and oxy-fuel atmospheres …

Coal-ash-associated problems seriously limit the industrial application of entrained flow coal
gasification. There have been many studies of this issue. However, many problems still need …

With continuous expansion of the heat produced from biomass energy, the problems of
biomass ash melting and slagging have become increasingly prominent. Studies of mineral …

Currently it is highly desired to study coal pyrolysis based on weight loss behavior,
mathematical model of pyrolysis kinetics and advanced multi-scale molecular simulations to …

Coal gasification fine slag (CGFS) is a solid waste containing residual carbon and ash
generated during the coal gasification process, and the separation of the two components is …

Implementing a co-combustion technology in coal-fired plants using biomass waste is a
promising option to alleviate environmental pollution, reduce fuel costs, and minimize waste …

Boiler slagging and high-temperature corrosion were the most severe problems that coal-
fired boilers are facing due to the widespread employment of low-NO x burners with staged …

Altering the atmosphere type may boost the physicochemical drivers of the combustion, thus
contributing to the circularity and sustainable management of hazardous wastes. This study …

The relatively high contents of some ash-forming elements (Na, K, Ca, Mg, P) in biomass
ash can cause serious ash-related problems (deposition, slagging, corrosion, etc.) during …