Automotive plastic waste and olive pomace valorization using the pyrolysis process

The production of energy from renewable sources is one the difficulties Morocco faces. Thus, a waste-to-energy system assessed utilizing thermal process in this paper. Among recoverable wastes that Kingdom has an adequate supply are plastic trash generated by expanding automobile sectors and olive pomace, byproduct manufacture oil. These two leftovers can be viewed as feedstocks utilized pyrolysis process, which gained popularity since it produces products greater quality than other thermochemical conversion methods. Aspen Plus software was used to research process. Ash, volatile matter, moisture, fixed carbon contents were determined determine proximate analysis. through characterization, final analysis revealed ratios carbon, hydrogen, nitrogen, oxygen. simulation model created examine improve efficiency particularly – bio-oil, biochar, syngas result it. outcomes demonstrate that, compared plastic, pomace carried out at 500 °C high quantity products. producing co-pyrolysis automotive intriguing because more biogas, including methane while less ashes when pyrolyzed separately.