The influence of coal-particle size on nitrogen oxide (NO x) emission and burnout
characteristics was experimentally investigated in a pulverized coal-fired furnace. This study …

An experimental investigation was conducted on the flame characteristics, thermal
properties, and emissions of industrial-scale (40 kW) diesel flames. This study uniquely …

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 …

Hybrid technologies combining fuel blending and air-staging processes have been applied
to a pulverized coal fired furnace to reduce NO x emissions. In this study, an Australian …

To achieve efficient and low-pollution sludge treatment, this study explored the first-time
application of self-preheating combustion technology in sludge/coal co-combustion, and …

As a clean, abundant energy source with demonstrated methodologies for producing liquid
petroleum gas (LPG) from renewable feedstocks, the growing availability of LPG motivates …

This study aims to predict NOx (ie NO+ NO 2) emissions at the selective catalytic reduction
inlet from coal-fired boilers. It develops a lightweight predictive model that can be adapted to …

Radial air staging is an innovative method for reducing NO x emissions from coal-fired
boilers compared to conventional axial air staging. However, an important issue in using this …

Engine-out emissions (NOx and soot) have led to serious air pollution problems, and
consequently, increasingly stringent emission norms. In order to decrease the emissions …

In this research, the effects of air swirling on the emission and combustion characteristics of
a cylindrical furnace fueled with various diesel-biodiesel-n-butanol and diesel-biodiesel …