Co-combustion is a crucial route for the high-efficiency utilization and clean conversion of
different carbonaceous feedstocks (biomass, coal, petroleum coke, etc.). The migration and …

Oxy-combustion is a promising carbon-capture technology, but atmospheric-pressure oxy-
combustion has a relatively low net efficiency, limiting its application in power plants. In …

Pressurized oxy-fuel combustion is an advanced CO₂ capture technology with potential
applications in coal-fired power generation. In this study, the conversion behavior of char …

Pressurized oxy-biomass combustion (POBC) is a technology with negative carbon
emissions, supporting carbon neutrality and peaking targets. However, it also emits …

The article presents the results of theoretical and experimental studies of the ignition
process of coal fuel particles in a pelletized state during high-temperature radiation …

Pressurized oxyfuel combustion technology is an advanced coal-fired power generation
technology for effective carbon capture. The evolution characteristics of pressurized …

Abstract Pressurized O 2/H 2 O combustion is a potential CCS technology. In this study, a
pressurized horizontal furnace was used to prepare pyrolysis char under pressurized inert …

Pressurized oxy-coal combustion in conjunction with carbon capture and sequestration is a
promising technique for reducing carbon emissions. Biomass is a renewable energy source …

As the next evolution in oxy-fuel combustion technology, pressurized oxy-combustion (POC)
can potentially improve the process efficiency and economics. Biomass combustion is …

Pressurized oxy-biomass combustion is regarded as a promising carbon capture technology
of negative CO 2 emissions. However, biomass combustion emits NOx, which might be …