The large production volumes of commodity polyolefins (specifically, polyethylene,
polypropylene, polystyrene, and poly (vinyl chloride)), in conjunction with their low unit …

Improper disposal of plastic wastes causes serious negative impacts on the ecosystem.
These plastic wastes are considered to be a rich carbon resource, and the use of …

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 …

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

Hydrodeoxygenation (HDO) is one of the effective methods for upcycling polycarbonate (PC)
plastic waste, but the development of low-cost, high-performance HDO catalysts still faces …

Catalytic hydrocracking on supported metal zeolites promisingly converts waste plastics into
more valuable hydrocarbons. Although the presence of metal sites on solid acids is typically …

The goal of atom-and energy-efficient production of fuels and chemicals from renewable (ie,
biomass) and closed-carbon (ie, CO2 and waste plastic) feedstocks requires effective …

The huge scale of plastic waste generation and its environmental consequences drive the
demands for catalytic plastic upcycling processes. Here, we report efficient polypropylene …

Single-use plastics are ubiquitous throughout modern society because they have properties
that make them desirable in a wide variety of applications, including low cost of production …

Chemical upcycling of plastic waste offers a promising opportunity for synthesizing value-
added products. Despite its potential, transforming poly (phenylene oxide)(PPO) into …