Air pollution has become an important environmental issue in recent decades. Forecasts of
air quality play an important role in warning people about and controlling air pollution. We …

The off-peak period of the grid load (ie, deep peak load) prevents a power generation boiler
from operating at full load. To achieve stable combustion of 550-MW tangentially fired …

A process capable of removing NOx, SO2 and mercury simultaneously was proposed, which
utilizes the injection of ozone and assist with a glass made alkaline washing tower …

Multiple deep air-staged combustion is a promising technology to significantly reduce NOx
emission in the opposed firing utility boilers using low-volatile coal. The gas-solid two-phase …

Deep air-staged combustion is the most promising low-NOx combustion technology to
reduce NOx emissions. Both the single and multiple air-staged combustion were adopted to …

Co-firing technology at large power plants can contribute to reducing emissions and
maintaining stable and secure electricity supplies. Due to the higher reactivity of biomass, a …

In this paper, a 600 MWe Babcock & Wilcox boiler is selected as the research object.
Numerical simulation and field experiments have been applied to this study under original …

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 …

TiO2 nanoparticles were successfully fabricated on electrospun polyacrylonitrile (PAN)
nanofibers via the coupling of electrospinning and hydrothermal pathway. A straightforward …

Experiments were carried out on an electrically heated multi-path air inlet one-dimensional
furnace to assess NOx emission characteristics of an overall air-staged (also termed air …