Biomass waste can be utilized as a mixed co-firing fuel in power plants to reduce net carbon
emissions. However, understanding the characteristics of biomass and its blend before …

Indonesian coal reserves are dominated by medium and low-rank coals. Despite being
economically profitable, low-quality coals can trigger ash-related problems in a boiler, such …

Slagging and fouling risks from solid fuel combustion in a boiler can be determined using an
experimental investigation, ash observation, or prediction indices based on theoretical …

Implementing a co-combustion technology in coal-fired plants using biomass waste is a
promising option to alleviate environmental pollution, reduce fuel costs, and minimize waste …

In the last decades, the demand for alternative fuels has been growing due to carbon-neutral
regulations. Co-firing coal with biomass potentially reduces greenhouse gases emission by …

Environmental concerns and the generation of municipal solid waste (MSW) continues to
increase linearly to the population growth. The co-firing of solid recovered fuel (SRF) can …

Biomass serves as an alternative energy solution for decarbonizing coal-fired power plants,
which have been reactivated in several countries due to the global energy crisis. Oil palm …

Biomass has the potential to cause slagging and fouling during combustion due to its high
potassium and high chlorine contents, as well as its low ash melting temperature. This study …

While coal–biomass cocombustion has gained considerable attention as a climate-sensitive
power generation strategy, the detrimental impact of inorganic species present in low-rank …

Fouling and slagging are major challenges that impede the clean and efficient use of high-
sodium coals (HC) for power generation. To address these persistent issues, this study …