In the present work, numerical investigations are performed to study the combustion
characteristics of biogas fuel blended with hydrogen at various compositions for a non …

In order to meet the ultralow emission standard of NOx, the combustion system of a 600
MWe tangentially-fired lignite boiler was retrofitted using air-staged combustion technology …

This study developed three types of deep belief network (DBN)-based models to estimate
NO X emission in coal-fired power plants by a new data acquisition method. Based on the …

To assure stable ignition and combustion of low-volatile coals in conventionally configured
boilers, storage systems are commonly used to separate the ground coal from the air or gas …

In this paper, a modified air staging technology for pulverized coal boilers was proposed, to
notably reduce NO x emission by creating a zone with high temperature and strong reducing …

A comprehensive numerical study of the combustion optimization of a 660-MW tangentially
fired boiler under the constraint of steam tube overheating is presented. To obtain the …

The use of the high viscous biofuel results in poor combustion efficiency. Utilization of the
biofuel on the existing engine is challenging due to the higher fuel pump force requirement …

This work investigates the combustion characteristics of CH 4-air/O 2 turbulent swirling
flames in a co-axial burner with radial fuel injection. The burner configuration consists of two …

Low NOx combustion technology is used in coal-fired boilers to reduce the generation of
NOx cost-effectively. However, this technology causes the problem of high temperature …

Due to the rapidly growing renewable power, the fossil fuel power plants have to be
increasingly operated under large and rapid load change conditions, which can induce …