Applying coal-biomass co-firing power generation is the strategy to accelerate the
renewable energy share in the energy mix to reach 23% by 2025. Although biomass co …

This research aims to investigate and compare the energy value of different biocoke and raw
palm oil-biomass. Applying pressure and heating simultaneously during biocoke production …

The textile industry generates millions of tons of waste annually, making this sector one of
the most polluting in the world. The objective of this research was to study the energy …

Residuals such as agricultural waste, forest harvesting remnants, and industrial by-products
present a dual advantage as sustainable and economical resources owing to their …

Biomass-derived biochar emerges as a potential green bio-coal candidate for power
generation. Microwave-assisted pyrolysis has been proven to be an efficient and …

A thermodynamic equilibrium model was developed using Aspen Plus to simulate syngas
production from air gasification of empty fruit bunch in a fluidized bed gasifier. The proposed …

This study investigated the co-combustion of the blends of coal and biomass residues from
poplar sawdust, rice husk, pine nut shells, and sunflower residues for ecofriendly energy …

Higher heating value (HHV) is an important property of fuels because it can be used to
calculate their required quantity for generating heat in thermal processes. In this work, the …

The cofiring of biomass and coal may be one of the most effective methods to improve
energy utilization efficiency and reduce greenhouse gas emissions. This study aims to …

In this research, a thermodynamic equilibrium model was developed using Aspen Plus for
parametric study of syngas composition and product yield from air gasification of Napier …