Carbon capture and sequestration (CCS) technologies have emerged as a promising
technique to prevent greenhouse gas emissions of fossil fuel-fired power plants. In recent …

The intricate process of nitrogen transformation during combustion is crucial for in both the
creation and control of NOx emissions, epitomizing its paramount significance in …

To achieve low-NO x emission in the coal-fired industrial boiler, the radial air staging method
is proposed. The location of the over-fired air (OFA) is an essential parameter as it affects the …

Continuing industrialization, a variety of toxic gases are emitted into the air, yet gas
concentrations at low levels are extremely hard to detect. So the development of high …

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 …

Selective catalytic reduction (SCR) system is used to the denitration (de-NO x) of diesel
engine exhaust after treatment. In this work, a three-dimensional SCR model with radial non …

For marine diesel engines, the selective catalytic reduction (SCR) system can be tailored to
ensure high nitrogen oxides (NO x) reduction performance, low ammonia (NH 3) slip, and …

High-efficiency, low-emissions (HELE) coal-fired power plant technologies operate with a
higher thermal efficiency of the steam cycle for coal-fired power generation, reducing CO2 …

The paper reports on the results of experimental research of bidirectional vortex combustor
operation at different modes. This combustor implements a new idea of burning solid …

The paper reports on experimental and numerical studies of flame and flow structures in a
bidirectional vortex pulverized peat combustor. This study seeks to develop a new method of …