With the fast depleting conventional energy reserves, the thrust for developing newer and alternative energy sources is the key research area worldwide. With the increase in the pollution level there is a need for searching a sustainably developed and environmental friendly energy source. The municipal solid waste has become one of the major pollutants worldwide. About twenty percent of the municipal waste comprises of the different types of polyethylene waste. The process of conversion of the polyethylene waste into useful fuel has become one of the emerging fields, countries are working worldwide. The development of gaseous and liquid hydrocarbons from polyethylene mix via hydropyropysis process is being studied. The hydropyrolytic process of converting LDPE, LLDPE, MDPE and HDPE type of polyethylene into useful gaseous and liquid hydrocarbon fuel provides a path to degrade waste polyethylene into small and very small chain products. The different fractionation of the extract obtained from the mother liquid was studied. The fraction ranging from temperature 150 0C to 400 0C has been studied to observe the diesel type fraction present in the liquid. The different blend study with the conventional diesel is being studied for property determination and end use. The chromatographic, distillate properties by simulated distillation analysis and mass spectra studies were carried out to understand the properties of the product. The blend study of the diesel type fuel from polyethylene with conventional diesel fuel provides a scope for its usefulness as feedstock in internal combustion engines and power generation.