Plastic waste represents an environmental threat and a huge economic loss. Catalytic
hydroconversion of plastic wastes can enable valorization of plastic wastes to diverse value …

The rapid accumulation of plastic waste has led to a severe environmental crisis and a
noticeable imbalance between manufacturing and recycling. Fortunately, chemical …

Reductive methods of polyolefin waste deconstruction such as hydrogenolysis/
hydrocracking have enabled advances in plastic upcycling at low temperatures. However …

The valorization of waste plastic to renewable chemicals is essential for human civilization.
Bimetallic bi-functional catalysts can promote liquid-phase hydrodeoxygenation to produce …

Recently, the depolymerization of lignocellulosic biomass without exogenous hydrogen
sources (named self-hydrogen supplied catalytic fractionation, SCF) was realized under mild …

Ever-increasing consumption of plastic products and poor waste management infrastructure
have resulted in a massive accumulation of plastic waste in environments, causing adverse …

Catalytic hydrogenation/hydrogenolysis always involves the dissociation of H 2 and the
activation of substrate. H 2 can be dissociated via homolytic and heterolytic pathways. The …

Economical production of lignin-based jet fuel (LJF) can improve the sustainability of
sustainable aviation fuels (SAFs) as well as can reduce the overall greenhouse gas …

The glycolysis of polyethylene terephthalate (PET) is considered as the most promising PET
recycling strategy due to its mild reaction conditions and circularity. Herein, several metal …

Efficient lignin depolymerization is crucial in the generation of valuable liquid fuels and
mono-phenols for enhancing the utilization and sustainability of biomass resources …