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Pellenc ST optical sorters redefine precision and speed in recycling<br>AI-driven identification ensures optimal results for complex waste streams<br>A key player in the shift toward Smart sorting technology<br>Helping industries and municipalities move toward a more sustainable, data-driven future
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How Pellenc ST Optical Sorting Is Advancing Smart Recycling with AI and Infrared Technology
Introduction • Recycling demands higher purity and better efficiency • Pellenc ST optical sorters use AI, NIR (Near-Infrared), and high-speed cameras • Detect and sort various materials including plastics, paper, and metals • Optimized for MRFs (Material Recovery Facilities) and plastics processing plants
How Pellenc ST Technology Works • Infrared sensors identify materials based on molecular composition • Deep learning algorithms improve classification and reduce contamination • Real-time adaptability ensures high throughput and recovery rates • Easily integrates into existing recycling infrastructure
Industry Impact & Environmental Benefits • Enhances material purity, boosting resale and reuse potential • Reduces manual labor and operational inefficiencies • Supports circular economy by improving recovery of valuable resources • Helps facilities meet increasing regulations for waste separation and purity
Conclusion • Pellenc ST optical sorters redefine precision and speed in recycling • AI-driven identification ensures optimal results for complex waste streams • A key player in the shift toward Smart sorting technology • Helping industries and municipalities move toward a more sustainable, data-driven future