Preheating co-firing of coal and biomass was proposed for synergetic mitigation of pollutant
source emissions. The effects of different operating parameters on particle matter (PM) and …

Co-firing with coal is a promising technology for alleviating the ash-related issues during
biomass combustion. This paper examines the effects of co-firing coal and straw on …

The present research focuses on the synergistic source control of particulate matter (PM)
and NO x formation from pulverized coal combustion. Comparative experiments of …

Municipal sewage sludge (SS) is gaining increasing attention as a carbon–neutral fuel.
Preheating combustion has been applied in coal combustion to reduce both PM 0.4 and …

Controlling the NO x formation during the combustion process is the most direct and efficient
way to minimize NO x emissions, so low NO x combustion technology is essential. In this …

Clarifying the mechanism of multi-mode PM formation during pulverized coal preheating-
combustion is expected to facilitate the synergistic control of NO and PM, and a significant …

In this study, a parametric advanced exergy analysis was conducted for the waste heat
recovery of a pulverized coal-fired power plant. In this aim, a new attainable ideal and the …

Pressurized oxy-combustion is an emerging and more efficient technology for carbon
capture, utilization, and storage than the first generation (atmospheric) oxy-combustion. NO …

High-temperature preheating and O 2/CO 2 combustion have been proven effective for de-
NOx and CO 2 capture. In this study, we combined these two methods to investigate the …

In this study, a novel low NOx burner is proposed and tested on a 40 MW pilot pulverized
coal combustion system, aiming to experimentally investigate the impact of preheating …