A key player in the facility will be a ZenRobotics Heavy Picker to separate multiple waste fractions with the help of various sensors, heavy-duty robot arms and artificial intelligence. It provides a simple, unmanned sorting process and makes waste sorting safer, more accurate and profitable. Capable of performing up to 2,300 picks per hour per arm, the system can handle objects weighing up to 40kg and measuring up to 1.5 meters in size. With the flexibility to deploy as many robotic arms as needed, it delivers up to 99% purity in recovered materials, making it a powerful solution for high-throughput, high-precision sorting in demanding recycling environments.
The facility, which is scheduled to be fully operational before the end of 2025, will also function as a real-world testing environment for advanced metal separation and automation, enabling live demonstrations, customer trials, and collaborative development projects.







