Plastic Waste Management

Deploy state-of-the-art facilities with Near-Infrared (NIR) spectroscopy and AI-vision systems achieving 99.5% sorting accuracy across all plastic types. These systems can distinguish between PET and PET-G, identify contaminants invisible to human eyes, and automatically reject flawed materials. Integrated multi-stream processing lines handle different plastics simultaneously with dedicated equipment (shredders, washers, dryers, extruders) for each type. Real-time quality control ensures output meets food-grade specifications. Advanced facilities process 50-100 tons daily with minimal contamination rates below 0.5%.

Advanced thermal and chemical processes break complex, contaminated, and multilayer plastics into base chemicals and feedstock. Pyrolysis heats plastic without oxygen to 400-800°C, converting it to fuel oil, wax, and gases. Depolymerization reverses polymerization to recover original monomers for virgin-equivalent plastic production. These processes enable recycling of 'un-recyclable' plastic categories, mixed laminates, and heavily contaminated materials. Outputs include pyrolysis oil (used for fuel, chemicals), carbon black (used in tires, coatings), and recovered monomers (for new plastics). Creates true circular economy with potential infinite recyclability.

Implement integrated technology platforms managing complete plastic lifecycle from collection through recovery. Blockchain-based tracking ensures transparent material flows for regulatory compliance. Automated systems generate all required documentation, track plastic credits, manage extended producer responsibility obligations, and provide real-time compliance dashboards. Integration with take-back programs, authorized recyclers, and waste handlers creates seamless reporting. Supports ESG commitments through verified waste diversion data, carbon accounting, and sustainability reporting. Platform reduces compliance costs by 40% and eliminates penalties through proactive regulatory alignment.

Convert non-recyclable and contaminated plastic waste into valuable diesel, gasoline, heating oil, and industrial fuels through advanced thermal processing. Using processes like plasma gasification (3000°C temperatures), plastic transforms into synthetic fuel comparable to petroleum-based products. One ton of plastic yields approximately 800-900 liters of fuel. This provides existing waste a productive end-use, generates revenue from otherwise disposed materials, and reduces dependence on fossil fuel extraction. Integrated with landfill gas recovery for maximum energy utilization and emission reduction.