In everyday life mostly used material is plastic due to less in weight, durability and versatility.
Plastic to added strength made up with different combinations of polymer which leads …

Plastic materials are disposed of in the environment sustainably, without knowing their
serious effects. Studies have reported that over 700 species of animals in the ocean were …

Catalytic pyrolysis of waste plastics using low cost binder-free pelletized bentonite clay has
been investigated to yield pyrolysis oils as drop-in replacements for commercial liquid fuels …

Recycling polymeric waste and heavy oil residues are important for energy recovery and
raw material processing. Catalytic pyrolysis is a unique technology used to generate …

The utilization of plastic material is huge and consistently developing in the perspective on
the favourable position got from the adaptability, minimal effort and tough. Plastic creation …

With the rapidly depleting fossil fuel reserves amid growing demand for energy, recycling
heavy fuel residues from refineries and other petrochemical derivatives like plastic waste …

This paper describes non-catalytic and catalytic pyrolysis of plastic waste materials. Four
types of waste plastics were used in study: high density polyethylene (PE), low density …

Plastic is the most often used material in everyday life due to its light weight, durability, and
flexibility. There is a deposit of polymer that has incorporated strongly in plastic, causing …

Plastics are necessary materials, and their use in industry is deliberately growing. With the
growing human population, quick economic expansion, ongoing urbanization, and changes …

The handling of waste plastics is a big challenge and various recycling routes are imposed
to prevent the environmental ecosystem. Waste plastics are one of the major pollutants in …