Lignin is an amorphous, heterogeneous, aromatic biopolymer that is obtained from nature.
The scientific community is very interested in how lignin might be converted into compounds …

The valorization of lignin into biopolymers and other high-value products development is the
most promising technology for sustainable development. This technology has gain …

Lignin is the most abundant phenolic biopolymer and a renewable resource of aromatics. It
can be used as a phenol substitute in the synthesis of phenolic resins. However, lignin is not …

Photocatalysis, which leverages sustainable solar energy to facilitate the conversion of
lignin under mild conditions, has gained considerable research interest. Therefore, our study …

In this study, sodium lignosulfonate was extracted from a natural lignocellulose waste and its
characterization and potential application as a corrosion inhibitor were investigated. FTIR …

Fiber-reinforced rubber materials find extensive applications in tire manufacturing, hoses,
conveyor belts, and various industrial sectors. Polyimide (PI) fibers offer superior fatigue …

Lignin is classified as the second most abundantly available biopolymer after cellulose and
as a main aromatic resource material. Lignin structure differs based on sources of origin and …

Lignin, with its availability, aromatic structure, and abundant hydroxyl groups, presents a
promising source of green bio-based polyols. The environmental implications of oil-derived …

Owing to the increasing interest in sustainability and bio-based materials, softwood kraft
lignin (SKL) was acetone-fractionated to reduce its heterogeneity and then demethylated to …

To improve the flame retardancy of phenolic foam from the perspective of sustainable
development, it is a feasible way to add bio-based flame retardants into phenolic foam …