In the current energy scenario, the production of heat, power and biofuels from biomass has
become of major interest. Amongst diverse thermochemical routes, gasification has stood …

We conceptualize bioresource upgrade for sustainable energy, environment, and
biomedicine with a focus on circular economy, sustainability, and carbon neutrality using …

Advanced and low-cost catalytic materials (catalysts) play an enabling role in tar cracking for
biomass gasification technology and contributing to reducing CO 2 emissions. Herein, a …

Catalytic steam reforming is a meaningful strategy to produce syngas from high temperature
tar. High temperature tar is the by-product of coal or biomass pyrolysis under high …

Lignite-based porous carbon with clustered pore structure, large specific surface area (SSA)
and high oxygen content is prepared by H 3 PO 4 hydrothermal followed by KOH activation …

Tar formation has become the bottleneck of biomass gasification due to it serious impacts
the gas quality and device safety. Catalytic steam reforming (CSR) is a potential technology …

Coal catalytic pyrolysis has been applied in the clean and efficient utilization of low-rank
coal to obtain combustible gases and high value-added chemicals. Herein, Ni–Co–Ca …

Biomass tar chemical model compounds (tetralin, naphthalene and 1-methylnaphthalene)
have been previously extensively investigated over alumina, various zeolite materials and …

Biofuels or chemicals from biomass resources is a perfect substitute for fossil resources to
achieve carbon neutrality. Gasification is an important approach to realize the high-value …

Pyrolysis oil and pyrolysis char from waste tires have been reported with poor quality but
could be a source and catalyst for generating hydrogen-rich syngas, respectively. In this …