Recycling Industry Tackles Fire Risks with Advanced Technology

Fire Prevention and Enhanced Sorting in Recycling
Korn Recycling, based in Albstadt, Germany, has partnered with WeSort.AI to integrate the BatterySort system into its operations. This advanced technology aims to mitigate the significant fire risks posed by improperly disposed lithium-ion batteries (LIBs) in recycling streams. The move comes as part of Korn Recycling’s commitment to improving safety and sustainability in its sorting processes. This cutting-edge system uses X-ray transmission and deep-learning algorithms to identify contaminants such as LIBs and other hazardous materials hidden within layers of recyclable materials, preventing fires and enabling the recovery of valuable resources like lithium and precious metals.

Operational Efficiency and Financial Benefits
The BatterySort system not only prevents fires but also brings operational benefits. It helps reduce fire-related damages, which can cost companies approximately 200,000 euros ($210,482) annually per facility. In more severe cases, it can prevent the total loss of a sorting plant, which could result in damages of up to 30 million euros ($31.5 million). Additionally, the system reduces downtime, enhances workforce productivity, and can lead to lower insurance premiums, making it a financially viable solution for recycling companies aiming for safer and more efficient operations.

Impact on Recycling and Sustainability
By adopting this technology, Korn Recycling strengthens its position as a leader in safe and sustainable recycling practices. The integration of AI-powered systems like BatterySort is setting new standards in the industry, helping to address broader environmental and operational challenges while improving material recovery. The system also aligns with global sustainability goals, such as achieving net-zero emissions, by optimizing resource recovery and waste management.