Lignin, an abundant and renewable resource, is increasingly important for renewable
energy and sustainable development. Recent attention has focused on producing value …

Conversion of lignin feedstocks into aromatic chemicals is a highly desirable target for
biorefineries, and their depolymerization often requires high temperatures and harsh …

Tandem strategy for lignin utilization with photocatalytic preoxidation and ultrasonic
cavitation depolymerization was proposed. Cornstalk residual lignin from industrial …

Catechyl lignin (C-lignin) is a unique and attractive natural biopolymer used as raw material
for the production of chemicals and materials due to its homogeneous linear aromatic …

Catalytic oxidation of lignocellulose to formic acid by vanadium-based catalysts is a
promising method to obtain fine chemicals. Considerable progresses have been achieved …

Lignin valorisation into chemicals and fuels is of great importance in addressing energy
challenges and advancing biorefining in a sustainable manner. In this study, on the basis of …

Gasification has become an effective thermal technology for combustible municipal solid
waste (CMSW) treatment. The produced sulfur-and nitrogen-containing compounds during …

Availability of fossil fuels and feedstocks is a major problem currently faced by a variety of
sectors thus highlighting the importance of transitioning towards a circular economy …

Los biocombustibles líquidos brindan una de las pocas opciones para reemplazar los
combustibles fósiles a corto y mediano plazo. Tienen el potencial de ofrecer ahorros de …