The application of plastics in various sectors led to its increased production globally and this
demand, in turn, caused an overflow of plastic waste in landfills, illegal dumping in the sea …

This study focuses on alternatives to the sustainable management of plastic wastes through
the development of a pyrolyser model, adapted to the recycling of plastics into fuel. It is a …

This study aimed to convert plastic waste into Low-Density Polyethylene (LDPE) through
pyrolytic fuel, using a discontinuous reactor at the laboratory scale. To achieve this, a …

The development of efficient and sustainable pyrolysis reactors is critical for advancing
bioenergy technologies and waste management. This study presents the design and stress …

The usage of plastic has increased exponentially over the past few years. This has led to an
accumulation of plastic wastes in landfills and continuous depletion of fossil fuel resources …

Plastics like other materials have wide engineering applications. This is because of their
lightweight and are resistant to corrosion among others. However, the amount of plastic …

The study takes motivation from provincial and national issues regarding waste
management and electricity production in Canada. Most sources include previous research …

Plastic is a widely used material in our daily life, but it poses a major environmental problem
due to its non-biodegradable nature. To solve this problem, plastic pyrolysis has emerged as …

Agricultural residues has biomass energy potential as alternative energy. One way to
manage agricultural waste is to use pyrolysis. The research method used design …