The effects of alkali and alkaline earth metals (AAEM) on the component and distribution of
products, gasification reactivity, catalytic mechanism and char-ash/slag transition during …

Biomass gasification derived syngas could be used for different important industrial
applications such as running internal combustion engine, generating electricity, and …

Tar, among the most difficult contaminants to be removed, is the major technical barrier for
the development and application of advanced biomass gasification technology. Catalytic …

This paper presents a review of recent research on direct upgrading of coal/biomass
volatiles into aromatics by catalytic pyrolysis and syngas by gasification with catalytic steam …

Biomass gasification is an interesting technology in the future development of a worldwide
sustainable energy system, which can help to decrease our current dependence on fossil …

Biomass gasification presents highly interesting possibilities for expanding the utilization of
biomass as power generation using internal combustion engines or turbines. However, the …

Biomass gasification has the potential to be employed as a source of renewable energy, the
process produces gaseous fuel named syngas, which could be a sustainable alternative to …

Thermochemical techniques are being operated for the complete conversion of diverse
biomasses to biofuels. Among the feedstocks used for thermochemical processes, algae are …

Algal biomasses were tested as feedstock for steam gasification in a dual-bed microreactor
in a two-stage process. Gasification experiments were carried out in absence and presence …

The performances of the primary catalysts olivine, dolomite, γ-alumina and FCC spent
catalyst were evaluated in the continuous steam gasification of sawdust in a bench-scale …