Deformation of virgin HD-PE, PP and waste PP Plastics into green fuel via a Pyrolysis-catalytic using a NiCO₃ catalyst

Liquid green fuel or petrochemicals from virgin polypropylene, high-density polyethylene and waste PP were produced via a pyrolysis-catalytic cracking. Recycling which is a capable way of PP and HD-PE changing into green fuel. Pyrolysis-catalytic cracking was conducted at the temperature range 23–370°C with a NiCO₃ catalyst and it helps need of alternative fuel. Green fuel was analysed by triple quadrupole GC–MS–MS, FT-IR spectroscopy, Perkin-Elmer series-II CHNS/O 24000, ICP, TGA its result founding into five categories as paraffin, cyclic paraffin, alcohols, esters and acetates. Conversion rates of virgin PP, HD-PE and waste PP into liquid green fuels were 87%, 89%, 90%, light gases 12.28%, 10.45%, 9.51% and residues 0.72%, 0.55%, 0.49% recovered from overall production process.