Feedstock Recycling And Pyrolysis Of Waste Plas... Online

Thermal pyrolysis relies solely on heat, often requiring higher temperatures and resulting in a broader product distribution. introduces catalysts—such as Zeolite Y or Ni-modified zeolites—to lower reaction temperatures, increase the yield of specific fractions (like gasoline or aromatics), and improve the quality of the resulting oil.

A high-value hydrocarbon mixture suitable as a refinery feedstock or fuel. Feedstock Recycling and Pyrolysis of Waste Plas...

This paper explores the technical, environmental, and economic landscapes of . As global plastic production continues to surge, traditional mechanical recycling and incineration face significant limitations, positioning chemical recycling—specifically pyrolysis—as a critical pathway toward a circular economy. Thermal pyrolysis relies solely on heat, often requiring

A carbonaceous residue that requires careful management but can potentially be used as a material additive or biochar-based catalyst. 2.1 Catalytic vs. Thermal Pyrolysis This paper explores the technical

A mixture of hydrogen and light hydrocarbons often recycled to power the pyrolysis reactor itself.

in an inert atmosphere. This process reverses the polymerization that originally created the plastic, yielding three primary products:

Feedstock Recycling and Pyrolysis of Waste Plastics: A Comprehensive Analysis 1. Introduction