Biomass can be converted into various value-added products via the fast pyrolysis
technique which is one of the main thermal conversion technologies and has gained …

Pyrolysis oil comprises compounds with a broad range of functional groups making its
thermal/catalytic upgrading challenging due to the formation of undesired char. In this …

Reducing the use of fossil fuels is an ongoing and important effort considering the
environmental impact and depletion of fossil-based resources. The combination of ablative …

Catalytic pyrolysis is a cost-effective technology for high-quality biofuel production. Biomass
is converted to bio-oil by a thermal process in the presence of a catalyst. Catalyst …

The pre-dehydration of a woody biomass waste (Douglas fir, DF) with 4.6–32 wt% of diluted
sulfuric acid solutions was carried out mainly at room temperature aimed to improve the …

The cost of producing biofuels has been more expensive than fuels from fossil energy due to
the heterogeneous nature of biomass sources. Therefore, commercialization efforts for …

Biomass-derived fast pyrolysis liquids (PLs) are not directly applicable as transportation
fuels due to their high oxygen content and limited storage stability. Catalytic hydrotreatment …

Liquefaction of lignocellulosic biomass through fast pyrolysis, to yield fast pyrolysis bio-oil
(FPBO), is a technique that has been extensively researched in the quest for finding …

The significant increase in demand for fuels and chemicals driven by global economic
expansion has exacerbated concerns over fossil fuel consumption and environmental …

Fast pyrolysis is an efficient technology to convert lignocellulosic biomass to a liquid product.
However, the high contents of oxygenated compounds and water hinder the direct utilization …