Renewable biomass and its waste are considered among the most promising applications
materials owing to the depletion of fossil fuel and concerns about environmental pollution …

The characteristics of pyrolysis tar and catalytic hydrogen production during tar reforming
with catalysts were investigated. Through the pyrolysis experiment of wheat straw at 400 …

This research introduces a novel micro dual bed reactor, combining rapid pyrolysis in a top-
down with a fluidized bed for biomass tar catalytic cracking assessment. The study initially …

To realize resource utilization of waste and alleviate associated environmental pollution, the
pyrolysis behaviour of pine sawdust (PS), cattle dung (CD), kidney bean stalk (KS) and …

This study investigates silver adsorption on biochar produced from pyrolysis of spent coffee
grounds (SCGs). Biochars were produced from SCGs at temperatures between 500 and …

The study investigates the kinetic and thermodynamic characteristics of the lumber industry's
mixed waste wood (as lignocellulosic biomass) catalytic pyrolysis in the presence of an …

Biomass materials are potential to promote coal gangue pyrolysis process. This study
investigates the effects of four biomass materials derived from different sources, namely …

Ni/C catalysts could be prepared via pyrolysis of biomass impregnated with nickel salts,
while varied anions of nickel salt impact not only catalytic behaviors of Ni/C catalyst, but also …

This study explores the interaction between corn stalk and bio-tar through co-pyrolysis,
aiming to provide insights for the valorization of bio-tar and biomass into phenolic-rich biooil …

Biomass as a raw material has profound implications for thermal conversion processes. It is
important to study the relationship between kinetic modeling to depict significant importance …