Biomass gasification has been a widely explored research area due to world energy security
and environmental concerns. It is also found to be commercially viable process for synthetic …

Co-gasification is a promising approach to the clean and high-efficiency co-utilization of
biomass and coal with syngas (H 2+ CO) production. Gasification reactivity is an important …

To produce porous graphite and hydrogen sustainably, a series of monometallic catalysts
(eg, Fe, Co, and Ni) and bimetallic catalysts (eg, Fe–Co, Fe–Ni) were investigated for …

Gasification is a thermochemical process that transforms carbonaceous matter into a
gaseous secondary energy carrier, referred to as product gas. This product gas can be used …

Bed material particle layer formation plays a significant role in thermo-chemical conversion
of biomass. The interaction between biomass ash and bed material in fluidized bed …

Olivine and alkali-feldspar were utilized in separate campaigns in an indirect dual fluidized
bed gasification campaign with woody biomass as fuel. After three days, both bed materials …

Biomass has the potential to cause slagging and fouling during combustion due to its high
potassium and high chlorine contents, as well as its low ash melting temperature. This study …

By reasonably controlling the lattice oxygen of oxygen carrier (OC), the biomass chemical
looping gasification (CLG) technology can convert biomass into syngas dominated by H 2 …

Clarifying the effect of other inert minerals on the catalytic performance of Ca in coal
gasification is critical and meaningful to understand the deactivation mechanism of catalyst …

Online alkali measurements using surface ionization are employed to study alkali release
during heating of used industrial fluidized bed materials and gasification of biomass-based …