This review highlights advanced catalytic processes that hold industrial relevance for transforming plastic waste into sustainable fuels, chemical feedstock and advance materials, thereby facilitating chemical circular economy. Image partially generated using iStock AI Image Generator.
Hydrocracking-based upgrading and recycling of polyolefins into high-quality liquid fuels are excellent methods for reducing solid-waste pollution.
A novel waste plastic pyrolysis oil hydrocracking process uniquely integrating process simulation with advanced deep learning models for multi-objective optimization.
An effective approach for upgrading light cycle oil (LCO) is the targeted conversion of poly-aromatic hydrocarbons to valuable monoaromatic hydrocarbons.
This review provides an overview of catalytic hydroconversion processes including hydrocracking, hydrogenolysis and hydrodeoxygenation for upcycling of plastic wastes into fuels and valuable chemicals.