The increase in worldwide demand for energy is driven by the rapid increase in population
and exponential economic development. This resulted in the fast depletion of fossil fuel …

Biomass waste can be valorized into energy through gasification process. This study
summarized the factors affecting gasification process including process technologies …

Biomass gasification represents an effective and promising conversion technology to
different energy carriers/chemicals. Biomass gasification with CO 2 capture will give an …

Bioenergy, as a perspective of the global energy paradigm, makes a significant contribution
to the increase in global energy demand and the development of technologies for converting …

Background The co-gasification of solid waste and biomass to produce syngas is an
environmentally friendly technology. Unfortunately, the tar formation in the solid …

In this paper, monolithic biochar-supported cobalt-based catalysts with unique long and
through mesopores were synthesized based on the biological channels of biomass …

A reactive computational fluid dynamic-discrete element model (CFD-DEM) is coupled with
a one-dimensional thermally thick model to simulate biomass pyrolysis in a three …

Dense particulate beds are commonly used in energy conversion and chemical synthesis
processes, while their efficiency is limited by the complex particle flow mechanism and …

This study presents a comprehensive numerical modeling approach to analyze and
evaluate the performance of a throat biomass updraft fixed bed gasification reactor through …

Feedstocks such as coal, biomass, plastics, and their blends have the potential to serve as
fuels for the thermochemical conversion process owing to their relatively high calorific …