Lignocellulosic biomass has attracted great interest in recent years for energy production
due to its renewability and carbon–neutral nature. There are various ways to convert …

The increasingly severe environmental pollution and energy shortage issues have
demanded the production of renewable and sustainable biofuels to replace conventional …

The utilization of renewable lignocellulosic biomasses for bioenergy synthesis is believed to
facilitate competitive commercialization and realize affordable clean energy sources in the …

Catalytic fast pyrolysis (CFP) is a promising technology that can allow the conversion of
biomass into transportable fuels. Despite its advantages in terms of simplicity and economic …

Pyrolysis is an important thermochemical route to decompose lignocellulose biomass into
biogas, bio-oil, and biochar, which can be then converted into value-added biofuels …

One of the main drawbacks of using biomass as pyrolysis feedstock consists of the huge
variability of the different biomass resources which undermines the viability of downstream …

Bioenergy, derived from biomass and/or biological (or biomass-derived) waste residues, has
been acknowledged as a sustainable and clean burning source of renewable energy with …

Research on using biochar for environmental applications has witnessed unprecedented
advances in the past decade. Biochar is universally considered one of the best alternatives …

Naturally occurring AAEMs in biomass exhibit detrimental effects to biomass pyrolysis as
producing less oil with lower quality. Acid pretreatments are cheap and effective methods for …

Relevant literature which deals with the presence of metals during the catalytic pyrolysis of
biomass is reviewed. Only those conditions where the metal was in intimate contact with the …