Lignin is the most abundant source of renewable aromatics on Earth, yet its enormous
potential remains underexploited in current biorefinery and pulping processes. The …

Lignin, the world's largest resource of renewable aromatics, with annually roughly 50 million
tons of accruing technical lignin, mainly Kraft lignin, is highly underdeveloped regarding the …

There is a strong initiative in chemical industry to replace fossil resources by alternative
feedstocks and implement more sustainable production routes for chemicals. Waste …

A sustainable electrochemical pathway for degradation and thermal treatment of technical
lignosulfonate is presented. This approach is an opportunity to produce remarkable …

Lignin—nature's most complex, frustratingly stubborn macromolecule—has long been the
poster child for biomass valorization's unrealized potential. Despite decades of hand …

Replacing crude oil as the primary industrial source of carbon‐based chemicals has
become crucial for both environmental and resource sustainability reasons. In this scenario …

Breaking down lignin into smaller units is the key to generate high value‐added products.
Nevertheless, dissolving this complex plant polyphenol in an environment‐friendly way is …

Plastic waste is a serious environmental issue, and polyethylene (PE) is a significant
component. The chemically inert nature of PE makes its recycling/upcycling process …

The development of sustainable valorization methods for lignin is a challenging task
because the vast majority of the reported studies involve either harsh conditions or …

Lignin, die weltweit größte erneuerbare Ressource für Aromaten, mit jährlich etwa 50 Mio.
Tonnen anfallendem technischen Lignin, hauptsächlich Kraft‐Lignin, ist bezüglich der …