Fabrication of nanomaterials with a wealth of useful properties from renewable biomass
such as plants, sea creatures, biomass waste, etc. received considerable attention of the …

Research related to lignin valorization into fine chemicals is an extremely demanding task
due to the wide distribution and low economic value of depolymerization products. Benzoic …

Highly efficient conversion of lignin to value-added liquid fuel or phenol monomers has
attracted widespread attentions. The W-Ni-Mo/SEP trimetallic catalyst was firstly prepared …

The current agriculture relies heavily on the input of fossil resource-based chemicals while
continuously generating crop straw residue and phosphorus-containing farmland drainage …

The second-generation biofuel strategy aims to fully utilize lignocellulose, which is the major
component of the plant cell wall and the most abundant form of renewable organic …

Lignin, a complex and abundant polymer present in lignocellulosic biomass, holds immense
potential as a renewable source for the production of valuable aromatic compounds …

Lignin, with its rich reserves of phenolic compounds, holds great promise as a candidate for
renewable energy and valuable chemical production. However, the complex molecular …

Oxidative depolymerization of an industrial lignin was performed to study the effect of
various metal oxides in oxygen and air atmosphere. CeO 2 exhibited excellent catalytic …

As a natural fluorescent material, the practical application of lignin fluorescence was
hindered due to the low fluorescence quantum yield (QY). Inspired by its aggregation …

In this study, heteroelement-rich groups (N and B elements, tris (2-hydrazinylethyl) borate)
were successfully synthesised on lignin by microwave amination. The reaction between …