Biomass oxygen fuel combustion has emerged as a viable approach for achieving carbon
neutrality. However, the complexity and versatility of biomass produce different results, as …

The co-firing of coal and biomass in oxy-fuel fluidized beds is one of the most promising
technologies for capturing CO 2. This technology has attracted wide attention from academia …

Co-firing coal and biomass under pressurized oxy-fuel combustion (POFC) mode in fluidized
beds is a novel and promising technology to capture CO 2 at a low cost and with eco-friendly …

The co-firing of coal and biomass waste in oxy-fuel fluidised beds is an important oxy-fuel
combustion technology for CO 2 capture and waste disposal. However, practical experience …

Pressurized oxy-fuel combustion is a solution to achieve low-cost CO2 capture and higher
operating efficiency. The combination of pressurized oxy-fuel combustion technology and …

This paper presents an analytical model of a multistage fluidised bed heat exchanger for
particle-based solar power plants. This model was developed as an applicable design tool …

Adding limestone to coal combustion reduces SO 2 emissions but sometimes increases NO
emissions, posing a challenge for synergistic SO 2 and NO control in circulating fluidized …

In this study, the effect of minerals and binders on the emission characteristics of particulate
matter (PM) from biomass pellets combustion is investigated using a fixed bed combustor …

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 …

Nowadays oxy-fuel combustion of coal and biomass is the most promising option for the
reduction of CO2 emissions from power plants. In this paper, emissions of NOx (NO, NO2 …