This study aims to provide an overview of the growing need for renewable energy
conversion and aligns with the broader context of environmentally friendly energy …

In this work, we employed a computational fluid dynamics (CFD)-based model with a
Eulerian multiphase approach to simulate the fluidization hydrodynamics in biomass …

This article presents bio-oil production from Napier grass by using a pyrolysis process. The
comparative potential of energy conversion and the cost of production among bio-oil, bio …

Air gasification of Napier grass (NG) was studied with the target of producing combustible
synthesis gas to be used in direct combustion for power generation. A small-scale …

Recently the accessibility of sago biomass has drawn considerable interest in research
regarding the production of renewable energy. In this study, sago-derived biochar was …

The hydrodynamic behaviour of gas-solid flow has been studied in a two-dimensional
bubbling fluidized bed reactor filled with particles of 275 µm in size, using computational …

A computational fluid dynamic model is developed to describe the fluid–particle interaction
inside a fluidised bed reactor. The proposed gasifier reactor is 5 kW self-sustaining fluidised …

Bio-phenol formaldehyde adhesives formulated from sustainable biomass sources is an
excellent alternative to phenolic petroleum-based adhesives with lower pollution level. This …

This work presents a comparative study on different biomass feedstock gasification in a
fluidized bed using air. This work aims to study the effect of different biomass fuel types on …

Thermochemical conversion of biomass is a technique used in recovering its energetic
content and for the production useful biofuels. A lot of wastes/residues are generated from …