NUMERICAL ANALYSIS OF PYROLYSIS OF PLASTIC USING OXY-HYDROGEN GAS PRODUCED BY ELECTROLYSIS OF SOLAR ENERGY

Plastics are widely used in daily life, producing complications in the environment. Plastic materials are discharged into the surroundings, harmful to the health of people, animals, and plants and damaging marine life. Human health is spoiled by polystyrene, which is a type of plastic. In farming areas, plastics can restrict liquid and air association through the clays, thus lessening the efficiency of much-needed farmlands. Briefly, plastic contamination is one of the significant environmental problems. Plastic consumption is challenging because it requires more time and high cost. So, in the current research study, pyrolysis was used to reduce plastic waste. Firstly, a renewable source is used to electrolyze the water and HHO gas is produced. Then it was determined that the required HHO gas is used for pyrolysis for plastic consumption, and the required HHO gasis produced perunit of time. SOLIDWORKS software is used in this approach to design a model and perform CFD analysis. Oxy-hydrogen gas is used for the pyrolysis of plastic. COCO Simulation Software is used to simulate the pyrolysis of plastic. Asa resultof pyrolysis,most of theproduct is in liquid oilform.