This paper presents a comprehensive review on the development of the modelling of ash
deposition with particle combustion, sticking, rebound and removal behaviors. The …

Biomass co-firing within the existing infrastructure of pulverized coal utility boilers is viewed
as a practical near-term means of encouraging renewable energy while minimizing capital …

Torrefied biomass has several benefits, such as higher energy density, good grindability,
higher flowability and uniformity. The process of torrefaction moves the chemical and …

Co-firing biomass is the principal means of mitigating the future energy crisis by expanding
the use of renewable energy. Oxy-fuel combustion is the most capable technologies for …

Coal power generation will be subjected to stringent peak-load regulation as renewable
energy will become the mainstream option for the electrical power system in the future …

Oxy-fuel combustion technique is a viable option to reduce several types of greenhouse
gases (GHGs) emissions from the pulverized coal (PC) combustion systems. In this paper, a …

Accurate prediction of NOx emission is essential in designing combustion devices and
troubleshooting of existing ones. The aim of this work is to investigate the sensitivity of NOx …

The co-combustion of biomass and coal in a utility boiler could provide cleaner power
production and ensure sustainable utilization of the solid fuels. This paper aims to …

Radiation is the principal mode of heat transfer in a combustor. This paper presents a
refined weighted sum of gray gases model for computational fluid dynamics modelling of …

Co-combustion of lignocellulosic biomass and coal has been recognized as a promising
route to deliver carbon neutrality. In this study, the combustion characteristics of …