Tar formation is practically unavoidable during gasification. Catalytic tar forming is one of the
most promising techniques for producing high-quality syngas at a commercial scale. Biochar …

To upgrade the algae pyrolytic oil, the influence of algae components on co-pyrolysis with
LDPE were studied, with Spirulina platensis (SP), Nannochloropsis sp.(NS) and …

Fast pyrolysis is one of the most promising ways for municipal sewage sludge (MSS)
treatment and can generate bio-char as an important and beneficial product. The structure of …

In order to explore the characteristics and mechanism of biomass partial gasification for
biochar and syngas co-production in the fluidized bed, a study on the influence of …

The global greenhouse effect is serious, and many countries have reached a consensus on
carbon neutrality. The high-value utilization of agricultural waste is of great significance for …

Gasification of biomass allows for its efficient utilisation as a renewable fuel through syngas
production. This work presents the different effects of gasifying agents (H 2 O, CO 2 and H 2 …

Low-temperature preoxidation is being evaluated as a preprocessing technique in
gasification, but the action mechanism of preoxidation is not yet well understood. The …

This work investigates the pore development in biochar during gasification using
synchrotron small angle X-ray scattering (SAXS) as an in situ characterization technique …

Four bamboo species, natural bamboo fibers (NBF) from each species, commercial bamboo
viscose, and other conventional fibers were investigated to determine and compare …

This study investigates the difference in the activities between biochar catalysts activated in
H 2 O and CO 2 for in situ tar reforming. The experiments were performed in a two-stage …