Method for Producing Biocompatible and Energy-Grade Polymers from Mixed Plastic Waste via Thermal and Chemical Fractionation Plastic waste is one of the world’s greatest challenges. What if it could become the foundation for healing and energy instead of pollution? I’ve developed a patent-pending process that converts common plastics (PET, PP, PLA) into purified chemical fractions, which are recombined into biocompatible medical polymers and energy materials. This dual pathway enables applications in artificial skin scaffolds, prosthetics, drug delivery capsules, polymer electrolytes, hydrogen carriers, and solar absorbers. This is not just recycling—it’s regenerative medicine and renewable energy powered by waste. How It Works 1. Sort & preprocess PET, PP, PLA waste 2. Thermal & chemical treatment to break down polymers 3. Fraction separation: isolate terephthalic acid, ethylene glycol, propylene, lactic acid 4. Purify to medical-grade standards 5. Recombi...