To mitigate the various socioeconomic/environmental consequences associated with plastic
waste, it is crucial to adopt strategic measures aimed at source reduction. In this regard, the …

Global polystyrene (PS) waste accumulates at a rate of 28 million tons annually, while
recycling rates stay at 1.3%. PS degrades into microplastics, releasing various chemicals …

Pyrolytic and light-activated oxidation processes are leading technologies for utilizing
polystyrene (PS) wastes. These approaches exhibit poor selectivities, use complex reactors …

Unlike coal, oil, or natural gas, waste cooking oil (WCO) acts as a renewable source of
carbon. It can be converted into energy, fuels, and fine chemicals, instead of being disposed …

ABSTRACT A simple strategy is proposed to offer styrene (St) copolymer with intrinsic and
catalyst‐free upcycling capability by incorporating α‐methylstyrene (AMS) units into the …

Plastic pollution has become one of the global environmental threats to humans and the
whole world. Plastics do not exist without the chemicals that emitted at every stage of their …

Анотація Метою даної роботи є дослідження ефективності каталітичного крекінгу як
методу переробки пластикових відходів, зокрема полістиролу, з використанням …