Biorenewable polymers from different natural sources have attracted the attention of the
research community in different fields such as food, biomedicine, cosmetic, and polymer …

Despite remarkable progress in catalytic fast pyrolysis, bio-oil production is far from
commercialization because of multi-scale challenges, and major constraints lie with …

Conversion of Kraft lignin (KL) into liquid fuels is critically attractive but hampered by the
inherent recalcitrant structure of KL. The phenolic intermediates formed during …

Lignin is the main component of lignocellulose and the largest source of aromatic
substances on the earth. Biofuel and bio‐chemicals derived from lignin can reduce the use …

Lignin is an abundant renewable source of bio-aromatics and its valorization is of great
importance. In this work, an efficient non-precious carbon based metal-Mo 2 C catalytic …

The depletion of petroleum resources and the growth of environmental problems have led to
the need for alternative polymer materials with renewability and degradability. Lignin is a …

Converting biomass to produce renewable chemicals is one of the significant ways to realize
the development of green chemistry and sustainable chemical industry. As the main …

Abstract Phosphorus (P) modified Mo/Sepiolite (Mo/SEP) catalysts (xP-Mo/SEP) are
successfully prepared and have been certified to regulate controllably Kraft lignin …

Alkaline lignin obtained from paper manufacturing is a potential feedstock for upgrading to
produce value-added chemicals. This study demonstrates the efficiencies of synthesized Ni …

Lignin catalytic depolymerization (LCD) is generally considered as a sustainable and
hopeful technology to obtain liquid fuel and high-value aromatic chemicals. However, a …