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 …

This paper presents the main experiences gained and conclusions drawn from the
demonstration of a first‐of‐its‐kind wood‐based biomethane production plant (20‐MW …

Steam gasification enables the thermochemical conversion of solid fuels into a medium
calorific gas that can be utilized for the synthesis of advanced biofuels, chemicals or for heat …

This paper presents an overview of the experience gained from operating a dual fluidized
bed system with oxygen carriers and biomass for more than 1000 h. The tests were carried …

Active bed materials are in this work investigated for in situ gas upgrading of biomass-
derived gas. Previous research on in situ gas upgrading has focused on assessing gas …

Alkali metal compounds may have positive influences on biomass gasification by affecting
char reactivity and tar reforming but may also disturb the process by formation of deposits …

The use of catalytic bed materials represents a state-of-the-art solution for controlling the
concentration of tars in fluidized bed biomass steam gasifiers. Ash-coated olivine is …

The aim of this work was to investigate the potential of alkali-feldspar ore [(K, Na) AlSi3O8]
as an alternative bed material for indirect gasification of biomass. Experiments conducted in …

Gasification of biomass results in release of tar and alkali metal compounds that constitute a
significant challenge to the optimization of the gasification process. Here we describe on …

Tar and alkali metal compounds are released during biomass gasification and have a major
impact on the operation and performance of gasification processes. Herein we describe a …