Oxyfuel combustion is one of the leading technologies considered for capturing CO 2 from
power plants with CCS. This involves the process of burning the fuel with nearly pure …

Presently, there is no detailed review that summarizes the current knowledge status on oxy‐
fuel combustion in fluidized bed combustors. This paper reviewed the existing literature in …

Characteristics of ash deposits formed on an air-cooled stainless steel probe simulating
superheater surfaces at different temperatures during combustion of Zhundong lignite in a …

Ash deposition on heat transfer surfaces is still a significant problem in existing conventional
utility boilers. Understanding the formation of ash deposit is thereby very important, which is …

Ash deposits formed on an air-cooled probe at different temperatures during combustion of
coal blends of a Zhundong lignite (ZL) and an Australian bituminous (AB) were studied in …

To alleviate the global warming issue, various CO2 abatement technologies have been
proposed. As one of the leading options for CO2 capture in power plants mostly firing coal …

Oxy-fired fluidized bed combustion technique combines the advantages of both the fluidized
bed combustion and oxy-fired technology. In oxy-fired condition, a mixture of oxygen with …

Zhundong coal, high-quality coal with large reserves in China, faces great challenges on its
large-scale utilization in utility boilers due to the ash-related problems caused by high alkali …

In this paper, a predictive tool was developed to simulate the formation of ash deposit on
tube bundles under high-temperature conditions based on ANSYS FLUENT platform. The …

The ash-related problems of fouling and slagging occur easily during high-alkali coal
combustion in boilers. In this study, numerical calculations were performed to investigate the …