Mathematical modeling and simulation of steam cracking of plastic-waste pyrolysis oils: overcoming kinetic and computational challenges

Key Points

• The aim is to address kinetic and computational challenges in the mathematical modeling of steam cracking of plastic-waste pyrolysis oils.
• Developed mathematical models to simulate steam cracking processes
• Identified and analyzed kinetic parameters affecting the reaction
• Utilized computational methods to enhance simulation accuracy
• Successfully improved the accuracy of simulations for pyrolysis oils
• Demonstrated effective strategies for optimizing steam cracking under varying conditions
• Provided insights into the kinetic behaviors of plastic-waste pyrolysis oils