Biomass is regarded as the only carbon-containing renewable energy source and has
performed an increasingly important role in the gradual substitution of conventional fossil …

Biomass pyrolysis processes for bio-oil production were commonly done using batch, semi-
continuous or continuous process. However, past studies have shown many concerning …

The aim of present research was to study the pyrolysis of wood sawdust in a semi batch
reactor and explored the influence of pyrolysis process parameters on the products yield …

Sawdust was first pyrolysed in a fixed bed batch scale reactor at temperatures between 400°
C and 600° C. Optimum temperature for pyrolysis of sawdust was found to be 500° C; at …

Fast pyrolysis is considered as a direct thermochemical technique that can liquefy solid
biomass into liquid bio-oil with a high potential for energy application. In this chapter, an …

This study compares synthetic and natural catalysts for plastic waste pyrolysis, focusing on
ZSM-5 as the synthetic catalyst and dolomite and kaolin as natural alternatives. Investigating …

This article focused on production cost of pyrolysis oil production of Napier Grass in
Circulating Fluidized Bed Reactor (CFBr) which sand was used as bed material. The Napier …

The depletion of fossil fuel resources highlighted the need for renewable energy. Between
different sources of the renewable energy, biorefinery, which is based on thermochemical …

As a key kind of evolving carbonaceous adsorbent, nitrogen-enriched activated carbon has
drawn a lot of focus due to its better physiochemical ability to eliminate an extensive range of …

This article presents a design study and the development of a low-cost production process
for obtaining bio-oil from sugarcane bagasse by using a Circulating Fluidized Bed reactor …