Lignin is a green and sustainable feedstock for the production of chemicals and materials;
however, its utilization is still low. Over the past decade, remarkable progress has been …

Traditionally, phenols used to prepare phenol‐formaldehyde (PF) resin adhesives are
obtained from phenolic compounds and various chemicals, which are extracted from …

Due to the population growth, there is an urgent need for sustainable technologies and
products to address the imbalance between the availability of arable land and growing food …

In this study, zeolitic imidazolate frameworks (ZIF) were employed as effective porous
supports for laccase enzyme attachment and further explored synergistic adsorption and …

Depolymerisation of lignin to well-identified aromatic chemicals has been recognized as one
of the most promising ways to valorise lignin. Widely investigated hydrogenolysis and …

Lignin is an abundant natural plant aromatic biopolymer containing various functional
groups that can be exploited for activating lignin for potential commercial applications …

Lignin, a structural component of lignocellulosic plants, is an alternative raw material with
enormous potential to replace diminishing fossil-based resources for the sustainable …

Lignin is a highly methylated, recalcitrant biopolymer available aplenty in nature, and is
highly heteropolymer in nature, but yet it has been an under-utilized biopolymer. Modifying it …

Exogenous mold infection of bamboo-based material results in the reduction of bamboo
durability. Thymol, a remarkably safe and green fungicide, can be successfully applied on …

Bio-based adhesives offer a sustainable alternative to formaldehyde-based adhesives,
which is the most common product applied in wood-based panel manufacturing. Despite the …