Once referred to as 'materials of 1,000 uses', plastics meet demands in everything from
clothing and automotive sectors to the manufacturing of medical equipment and electronics …

The use of plastics is closely associated with modern life. However, plastics are very slowly
degraded in nature, and current recycling of used plastic materials is inefficient, which raises …

Many studies have been done on the stability, thermo-mechanical degradation and pyrolysis
of polymers with hydrocarbon skeleton. According to the main structure, side groups, with …

Polyethylene terephthalate, the main material used for beverage bottle packaging, accounts
for an average of 7.6% of all plastic waste in Europe. This material is not biodegradable and …

Catalytic pyrolysis (CP) of waste plastic film over mesoporous catalyst, Al-MSU-F, was
investigated using polystyrene (PS) and polyethylene terephthalate (PET) as the model …

This study evaluates the potential of recycling polystyrene (PS) plastic wastes via a fixed bed
(batch) slow pyrolysis reactor. The novelty lies in examining the reactor design, conversion …

Micro/mesoporous catalysts of ZSM-35/MCM-41 type were developed by mechanical
synthesis method with the objective to use on the catalytic pyrolysis of PVC. They were …

The pyrolysis products as well as composition of the condensed products generated from
Styrene Butadiene Rubber (SBR) degradation have been investigated with reference to …

The production of widely‐used bottle‐grade polyethylene terephthalate (PET) is now
considered an environmental problem on a global scale. The urgent need for renewable …

Pyrolysis of Iranian oak has been investigated under different temperatures, heating rates,
particle sizes, carrier gases, and zeolite-based catalysts. A semi-batch fixed bed reactor and …