The chapter gives an overview of new techniques developed and used in coal, biomass and
waste materials gasification. All of the above-mentioned materials have similar properties for …

The paper presents a numerical investigation of the critical roles played by the chemical
compositions of syngas on laminar diffusion flame instabilities. Three different flame …

Demand for the clean and sustainable energy encourages the research and development in
the efficient production and utilisation of syngas for low-carbon power and heating/cooling …

Aiming at improving the quality of syngas, the thermochemical behavior of syngas formation
during a single coal particle gasification process is investigated based on a validated …

Transient combustion of a single biomass particle in preheated oxygen and nitrogen
atmospheres with varying concentration of oxygen is investigated numerically. The …

Combustion and gasification are the fundamental process es of coal utilization, and t he
research of these applications has been continuously progressing. Numerical modelling is …

The optimization of energy has been conducted in the process of esterification. The energy
for the process sourced from fuel gas combustion in thermal oil heater. The process …

Identifying the difference of ignition delay time between bituminous and lignite coals is the
main aim of this research. Finding the reaction mechanisms affecting this behaviour is a key …

The development of Underground Coal Gasification (UCG) modelling has been carried out
for many years and this study is an attempt to improve the mechanisms of thermochemical …