A registered U.S. patent titled "Feedstock Engineering in Catalytic Cracking Systems Utilizing Hydrogen Radicals Generated by Electromagnetic Waves for Converting Natural and Synthetic Hydrocarbon Waste into Gasoline and Diesel" — awarded in 2023.
The engineered feedstock process in catalytic cracking is an innovative technology that utilizes hydrogen radicals generated by electromagnetic waves to convert natural and synthetic hydrocarbon waste into valuable fuels such as gasoline and diesel. This invention aims to optimize refining processes and reduce waste, offering a sustainable and cost-effective solution for hydrocarbon recycling
Project Objectives
- Hydrocarbon Waste Recycling: Converting natural and synthetic waste into usable fuel products.
Enhanced Energy Efficiency: Improving the performance of catalytic cracking processes through electromagnetic wave technology.
Environmental Impact Reduction: Minimizing hydrocarbon waste that typically harms the environment.
Promoting Sustainability: Supporting the development of green and eco-friendly technologies in the energy sector