Developing biorefineries derived from plant biomass can help combat global warming by
creating sustainable alternatives to depleting fossil-based products. Lignocellulosic biomass …

Lignin carries great potential as an attractive alternative to petroleum-based products. In
particular, biological lignin conversion to various value-added products has recently gained …

New equipment and methodology for the continuous separation and purification of chemical
species via continuous liquid–liquid partition chromatography are presented. This is …

Developing sustainable catalytic processes for catalytic transfer hydrogenation (CTHDO) of
lignin-derived aldehydes to renewable fuels and chemicals is essential for scale valorization …

There are limited renewable sources of aromatic chemicals, with lignin being one of the
most prominent, accounting for approximately 30% of the planet's organic carbon. Due to its …

Background Adaptive laboratory evolution (ALE) is an impactful technique for cultivating
microorganisms to adapt to specific environmental circumstances or substrates through …

With the growing global energy demand due to population expansion and industrial
development, the efficient valorization of plant resources is critical for achieving carbon …

Lignins, abundant aromatic biopolymers and one of the major components of lignocellulosic
biomass, remain the most underutilized renewable bioresources of aromatics and …

Lignin, an abundant renewable biopolymer found in plant cell walls, is enriched in phenolic
units within its complex molecular structure. Unlocking its potential as alternative feedstock …

Environmental pollution is increasing due to plastic materials which may find their way into
our food. Now, lignocellulose materials offer enormous potential for use in the production of …