Published Paper Details:

The present work involves waste plastic-recycling-regeneration-and-utilization. In this process the waste plastic is recycled and converted as fuel. The waste plastic has to be recycled because it is non-disposable and has a series impact on environmental hazard. To overcome this effect, the work has to be focused to reduce the major issue of waste plastics by converting them into usable products such as fuel. As a feasible solution for plastic recycling, the pyrolysis is one of the process of transforming waste plastic into fuels. The synthesis of fuel using pyrolysis involves in degradation of the polymeric materials by heating them in the absence of oxygen and in the presence of a catalyst. In this process, different oil samples are produced using different catalyst under different reaction conditions from waste plastics. The synthesized oil samples are subjected to a parametric study based on the oil yield, selectivity of the oil, fuel properties, and reaction temperature. The performance analysis is based on chemical compositions of waste plastics and generated oil samples. These results obtained are to decrease the plastic waste and high calorific value of fuel which is obtained from the waste plastics by high heat combustion process. The fuel synthesis procedure based on selection of raw material, pre-treatment, pyrolysis-process, analysis, testing, filtration and purification.