Aspen Plus has become one of the most common process simulation tools for both
academia and industrial applications. In the last decade, the number of the papers on Aspen …

In the present study, hydrogen-rich syngas production via integrated configuration of
pyrolysis and air gasification processes of different algal biomass is investigated at relevant …

The methanol synthesis from syngas obtained through pine biomass gasification was
studied using Aspen Plus® simulation software. The gasification process was simulated …

This study tested a two-stage circulated fluidized bed process consisting of a downer for
pyrolysis of biomass and a riser for char gasification and tar removal to produce fuel gas …

Two sensitivity analyses were performed in an Aspen simulation of fluidized bed gasification
for five different gasifying agents such as steam, hydrogen peroxide (H 2 O 2), pure oxygen …

Municipal solid waste steam gasification and direct melting system is proposed in this study
for H 2 production and ash melting simultaneously. Part of the H 2 generated in gasification …

The development of low-carbon fuels from renewable resources is a key measure to reduce
carbon dioxide emissions and mitigate climate change. Biomass gasification with …

A combined plant including a fluidized bed gasifier, a gas turbine, a domestic heat recovery,
and heat pipes was proposed and investigated from the first and the second thermodynamic …

This work studied a multistage gasification system that is designed for producing a syngas
with a low tar content. The proposed system is an atmospheric bubbling fluidized-bed …

A system based a fluidized bed gasifier with steam as a gasifying agent is investigated in
details. Comparing the synthesis of gas compositions with experimental data available in the …