With the continuous increase of plastic wastes and the decrease of fossil energy, pyrolysis
has emerged as a promising technology for the valorization of plastic wastes to produce …

The utilisation of renewable sources of energy has become an integral part of sustainable
development. Municipal solid waste (MSW) has great potential to be used as a renewable …

Pyrolysis based biorefineries have great potential to convert wastes such as plastic and
biomass waste into energy and other valuable products to achieve maximum economic and …

Plastic solid waste (PSW) is an ever‐growing environmental challenge for our society, as it
not only ends up in landfills but also in waterways and oceans and is consequently entering …

Waste plastics are non‐degradable constituents that can stay in the environment for
centuries. Their large land space consumption is unsafe to humans and animals …

This paper aims to examine the potential of waste biorefineries in developing countries as a
solution to current waste disposal problems and as facilities to produce fuels, power, heat …

The disposal of plastic waste is currently one of the major global issues affecting
environmental balance and mankind. It is therefore crucial to turn waste plastic into value …

Biochar refers to the high-carbon, black fine-grained product of biomass pyrolysis.
Independent studies repeatedly confirmed that its incorporation into arable land is a reliable …

With the realization of fossil fuels depletion, research has been started on the alternate
energy sources. Biomass is a renewable energy source, from which bio-fuels can been …

This study aims to examine the catalytic pyrolysis of various plastic wastes in the presence of
natural and synthetic zeolite catalysts. A small pilot scale reactor was commissioned to carry …