Discarded plastics can be converted to various fuels and chemicals to generate positive
economic value instead of polluting the environment. In the past few years, pyrolysis has …

Is full recyclability of polyolefins via chemical recycling a dream, or can it become a reality?
The main problem in recycling plastic waste is that its composition is highly heterogeneous …

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 …

Plastic waste management becomes imperative to prevent detrimental plastic-related
environmental impacts. These relate to the huge plastic waste amount in both generation …

Gasification and pyrolysis are thermal processes for converting carbonaceous substances
into tar, ash, coke, char, and gas. Pyrolysis produces products such as char, tar, and gas …

Pyrolysis is a viable thermochemical conversion (TCC) process to convert waste plastics into
useful chemicals and alternative energy. Specifically, co-pyrolysis of plastics with biomass …

Although the mass production of synthetic plastics has transformed human lives, it has
resulted in waste accumulation on the earth. Here, we report a low-temperature conversion …

Conventional nonbiodegradable plastic waste (NPW) treatment technologies include landfill
and incineration, which face bottlenecks and cannot solve NPW problems effectively …

A long-term and reliable plastic waste management scheme is required to avoid
environmental pollution and to overcome the issues of energy crisis simultaneously …

The quantity of organic solid waste (OSW) discharged by the public has increased
significantly in recent years. Herein, we consider bio-waste and plastic waste. Bio-waste …