மறுசுழற்சி & கழிவு மேலாண்மையில் முன்னேற்றங்கள்

Conversions of Waste High-Density Polyethylene Plastic into Green Fuel using Zno and Tio2 Catalysts via a Pyrolysis

Abstract

Man Vir Singh

The current studies had a definite aim of the analyzing and bring farther the catalytic conversion of waste and standard plastic into liquid hydrocarbons fuel and the experiments were successfully carried out during the research. Waste high-density polyethylene plastics convert into green fuel in presence of different metal oxides catalysts in different weight present like ZnO, TiO2. A number of industries methods have return up supported these results. However, there are several issues that have return up to be resolved within the near future. Present challenges consist, requirement for production, minimization of waste handling cost, cost of production and optimization of gasoline/diesel range fractions for a wide range of waste plastics. One of the ways to minimize the cost of the process is more efficient metal oxides catalysts for the pyrolysis process which would be cheaper. Green fuel was extremely inflammable and high ignitable capability.