The catalytic and thermal decomposition of plastic waste to fuels over low-cost catalysts like
zeolite, clay, and bimetallic material is highlighted. In this paper, several relevant studies are …

Global polystyrene (PS) production has been influenced by the lightness and heat
resistance this material offers in different applications, such as construction and packaging …

Waste plastic gasification for hydrogen production combined with carbon capture and
storage is one technology option to address the plastic waste challenge. Here, we …

In the present study polystyrene waste (PS) was collected from a drop off site in a local
market and pyrolyzed at heating rates of 5, 10, 15 and 20° C/min and temperature range 40 …

The coexistence of plastics and microalgae in the ocean has brought great challenges to the
environment. Therefore, co-pyrolysis of microalgae Dunaliella salina (DS) and typical …

The pyrolysis mechanism of automotive polypropylene (PP) plastics is essential for their
recycling. Ethylene-propylene-diene monomer (EPDM) rubber and polyolefin elastomers …

Thermal pyrolysis of HDPE, LDPE, PP, PS, PET and PUR plastic wastes were performed in
a batch reactor equipped with a temperature controlled reflux and the yields of pyrolysis oils …

To reduce the pollution during the pyrolysis recovery of chlorine-containing plastic waste
from different sources, effects of the interaction between different plastics and polyvinyl …

The constant search for the proper management of non-degradable waste in conjunction
with the circular economy makes the thermal pyrolysis of plastics an important technique for …

The present study revealed the optimum co-pyrolysis process condition and simultaneously
evaluated the environmental impact potential during co-valorisation of electronic plastic …