Oxy-fuel circulating fluidized bed combustion (Oxy-CFBC) is regarded as one of the most
promising and sustainable technologies for carbon capture, utilization and sequestration …

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 …

A fixed bed reactor is adopted to study the N 2 O decomposition and NO formation in
simulated atmosphere to reveal the conversion mechanisms of N 2 O to NO in the air-staged …

A part of Estonia's power generation is based on oil shale combustion in thermal power
plants, resulting in high CO 2 and pollutant emissions. The presented paper is a part of long …

The co-combustion technology in the fluidized bed is usually used for the utilization of low-
rank coals. The pollutant emission and attrition of coal particles, which are subject to bed …

The oxy-fuel co-firing of solid fuels (such as coal, biomass, and solid waste) in fluidized beds
is one of the most promising technologies for the industrial application of CO 2 capture and …

Zhundong high-alkali coal has been studied a lot owing to its abundant reserve but serious
ash-related issues. Oxy-fuel combustion profits the reduction of pollutant emissions and coal …

The gasification and combustion of activated fuels produced from fluidized beds are
beneficial for achieving clean and efficient coal utilization. In this study, a high-calcium coal …

Oxy-combustion with a circulating fluidized bed (Oxy-CFBC) can facilitate the separation of
high CO 2 concentration and reduce emissions by biomass co-firing. This study investigated …

The regeneration process of fluid catalytic cracking (FCC) units produces amounts of
greenhouse gases (GHGs), including carbon dioxide (CO2), nitrous oxide (N2O), and …