The valorization of resources from biomass and plastic waste using thermochemical
platforms is an innovative approach. Pyrolysis is thermochemical technology that is very …

Carbon fiber-reinforced composites present an exciting combination of properties and offer
clear advantages that make them a perfect replacement for a spread of materials …

Owing to the effects of Corona Virus Disease 2019 (COVID-19), numerous waste medical
surgical mask ropes are generated. Pyrolysis is regarded as a promising method to dispose …

The increased use of carbon fibre and glass fibre reinforced polymer in industry coupled
with restrictions on landfill disposal has resulted in a need to develop effective recycling …

Pyrolysis is increasingly employed to dispose rubber wastes by thermal cracking into
chemicals. Previous studies focus on pyrolysis recycling of tyre rubber wastes. The pyrolysis …

Reutilisation of food wastes for the production of fuels and value added products is a hot
research topic. In this study, an up to date global review about food waste reutilisation …

Pyrolysis is considered to be a promising method to dispose waste plastics by thermal
cracking into chemicals. Previous studies focus on pyrolysis recycling of waste …

Thermal co-processing of waste mixtures had gained a lot of attention in the last decade.
This is largely due to certain synergistic effects such as higher quantity and better quality of …

This study demonstrates a new and sustainable methodology for recycling continuous
carbon fibers from end‐of‐life thermoset composite parts using Joule heating. This process …

This study presents the thermo-chemical conversion by means of pyrolysis as a route to
valorise end of life tyres (ELTs) in a sustainable manner whilst targeting produced pyrolysis …