Coal is the most abundant energy source, and around 40% of the world's electricity is
produced by coal combustion. The emission generated through it put a constraint on power …

A numerical evaluation was performed to investigate the effects of swirl arrangement (co-
swirling and counter-swirling flows) and coal injection mode (non-, fully-, and partially …

Oxyfuel firing technology has proven to be a successful approach for capturing CO2 in
power plants that burn fossil fuels. In addition, in recent years, there has been increasing …

Swirling pulverized coal and biomass flames are computationally investigated for oxy-
combustion. The two-phase flow is described by a Eulerian-Eulerian approach. For …

This work studies the ignition of a layer of brown coal dust by hot metal particles
experimentally and numerically. The experiments establish the limits of the flaming ignition …

The conditions and characteristics of ignition of bituminous and brown coal widely used in
thermal power engineering as the main fuel have been studied experimentally. The studies …

Bioenergy production from biomass and agricultural wastes has gained significant interest
due to rising fossil fuel prices and their decrease in air pollutant emissions. This review …

Based on the results of the experimental studies performed, physical and mathematical
models were developed to describe the processes of heat transfer in droplets of potential …

Abstract Analysis of the possibility of lumber waste disposal via combustion in a mixture with
coal has been conducted. Conditions and characteristics of pellets ignition of fuel mixtures …

Oxy-fuel combustion is the most promising carbon capture and storage technology, which
eliminates carbon dioxide emissions into the atmosphere and also decreases nitrogen …