Individual particles of pulverized coals exhibit strikingly different combustion phenomena
depending on their rank (anthracite, semi-anthracite, bituminous, sub-bituminous and …

Oxygen-enhanced and oxygen-fired pulverized coal combustion is actively being
investigated to achieve emission reductions and reductions in flue gas cleanup costs, as …

The combustion behavior of single fuel particles was assessed in O2/N2 and O2/CO2
background gases, with oxygen mole fractions in the range of 20–100%. Fuels included four …

Comparative combustion studies were performed on particles of pulverized coal samples
from three different ranks: a high-volatile bituminous coal, a sub-bituminous coal, and two …

A Victorian low-rank coal (Loy Yang) was acid-washed and ion-exchanged with Na and Ca
to prepare the H-form, Na-form, and Ca-form coal samples. Two more H-form samples were …

Oxy-fuel combustion is a GHG abatement technology in which coal is burned using a
mixture of oxygen and recycled flue gas, to obtain a rich stream of CO2 ready for …

Approximately 100 char oxidation experiments were performed at atmospheric and elevated
pressures, with two sizes (70 and 40 μm) of Utah and Pittsburgh bituminous coal chars at 1 …

There are few studies about pyrolysis with the a massive sample at high heating rates to
obtain liquid and gas products. This study adopted a newly designed small fixed bed reactor …

Experimental investigation of the combustion of an air-dried Victorian brown coal in O2/N2
and O2/CO2 mixtures was conducted in a lab-scale drop-tube furnace (DTF). In situ …

High-temperature air combustion is a promising technology to increase the usage of
combustion energy and to improve combustion efficiency. This technology has been mainly …