Conventional biomass gasification involves a complex set of chemical reactions leading to
the production of a gas mainly composed on carbon monoxide, hydrogen, carbon dioxide …

Hydrogen, as a clean, efficient and sustainable energy source, has been accelerated to
develop and utilize. Agricultural wastes can be converted into hydrogen to realize high …

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 …

One of the primary objectives of the negative carbon dioxide gas power plant (nCO 2 PP) is
to develop an innovative technology confirming the possibility of the use of sewage sludge …

Hydrothermal carbonization (HTC) of carbonaceous waste is an important way of energy
recovery to obtain renewable fuels. Here, cow manure (CM) and industrial sludge (IS), two …

Modelling gasification reactors by process simulation is a practical utility to evaluate
gasification performance and assist device design. In this study, a fully kinetic model for the …

Hydrogen production through biomass gasification coupled with carbon capture has the
potential to be a net negative emission process. Among the different designs of biomass …

Biomass gasification will be a competitive renewable technology to meet the world's energy
demand in the near future. However, extremely time-consuming and costly experimental …

The farming sector like any other industry needs to be decarbonized. Hence, it is essential to
meet the energy demands of the farms by adopting energy systems with a low‐carbon …

Mathematical modelling and simulation of gasification processes are increasingly used in
the scientific field. This review explores the application of computational fluid dynamics …