Chemical energy carriers are crucial for addressing challenges that arise from time lag,
large distances, and temporal fluctuations in renewable energy production, which lead to …

The volatile combustion of Colombian high-volatile bituminous coal was experimentally
studied in a laboratory laminar flow reactor. The volatile flames corresponding to the single …

Laser-induced breakdown spectroscopy (LIBS) and Raman spectroscopy were used to
analyze the microstructural characteristics after coal pyrolysis. Two coals and their …

Knowing the sizes of coal particles is vital for understanding the real ignition behaviour of
coal dust deposits on a hot plate. Furthermore, such knowledge facilitates model …

Smoldering combustion process has been suggested as a new method potentially useful in
the treatment of biosolids. Natural forest duff (FD) often consists of organic fuel layers with …

Non-intrusive measurement of dynamic and kinetic parameters during oxy-coal combustion
has been carried out in an enclosed downward laminar flow reactor. High-speed OH-PLIF …

Burnout related problem occurs in the utility boiler burning low volatile coals. The in-furnace
co-firing of low volatile coal (LV) experiments and simulation were carried out in a …

This work studies the ignition behavior and combustion characteristics of pulverized
pyrolyzed bituminous (PB) char blended with pulverized bituminous coal at different mass …

This paper addressed the effect of copper acetate on the combustion characteristics of
anthracite depending on the fractional composition of fuel and additive introduction method …

Mineral matter evolution, soot formation, and soot oxidation are the governing processes for
fine particle evolution during the early stages of pulverized coal combustion. Soot and ash …