IMPACT OF NANOPARTICLES AS A HOMOGENEOUS CATALYST IN IGNITION CHARACTERISTICS OF WASTE PLASTIC OIL

A novel approach was employed to develop alternative fuels by blending pyro-oil from used plastic with graphene, which acted as a combustion additive. The biofuels were produced through pyrolysis of high-density polyethylene (HDPE). When evaluating the fuel blends, properties analyzed and compared commercially available diesel fuel, while Fourier transform infrared (FTIR) spectrometry know character. findings demonstrate that including graphene additive significantly enhances Fuel's performance. phenomena suggest effectively weakens dispersion forces among triglyceride molecules. Consequently, droplet is easier burn. By incorporating exhibits improved ignition properties, offering potential benefits in terms efficiency plays crucial part modifying molecular structure Fuel, resulting enhanced reactivity characteristics. Furthermore, analysis physical spectroscopic data provides valuable insights into fuels' composition behavior.