How thermography improves safety in lithium battery management

February 11, 2025

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Lithium batteries have revolutionized modern technology, but they also present significant risks in their storage and recycling. Fires caused by defective or damaged batteries are a major concern for the recycling and e-waste management industry. The new "Industry Guide for Collecting, Handling, and Treating Lithium Batteries 2025" highlights the importance of adopting preventive measures and early detection systems to avoid incidents. In this context, thermography is presented as a key tool for safety, and at APLITER we have the ideal solution: IRTIMfire, our thermographic system specifically designed for fire detection in lithium batteries.

Risks of lithium batteries and the importance of early detection

According to the guide, fires in lithium batteries can occur due to:

Internal short circuits that generate a temperature increase.
Physical damage affecting the battery structure.
Improper loading or unloading.
Exposure to extreme temperatures.

Battery-generated fires can be difficult to extinguish, as they enter a state of "thermal runaway," where the chain reaction continues to increase in temperature uncontrollably. Therefore, the guide recommends the implementation of advanced technologies to detect hot spots before a fire occurs.

IRTIMfire: The thermographic solution for lithium battery safety

At APLITER we have developed IRTIMfire, an advanced thermographic system that allows early detection of thermal anomalies in lithium batteries. Some of its main advantages include:

24/7 continuous monitoring: Monitors temperatures in real time to detect any anomalies before they become a problem.
Automatic alerts: Notifies operators when an abnormal temperature rise is detected.
Fire prevention: Reduces the risk of material damage and economic losses due to operational interruptions.
Adaptability: Can be integrated into recycling centers, warehouses and electronic waste treatment plants.

Relevance of thermography in the 2025 roadmap

The guide highlights thermography as one of the best practices to improve safety in lithium battery waste management, recommending its use in:

Storage zones: To detect overheating in accumulated batteries.
Logistic processes: Monitor temperatures of transported batteries to avoid risks.
Recycling centers: Monitor battery cells prior to treatment to prevent fires.

At APLITER we are committed to safety and innovation, and IRTIMfire is the ultimate solution for companies looking to minimize risks in lithium battery management.

Download the guide and protect your installation

If you are involved in lithium battery waste management, it is essential to know the best practices for safe treatment. Download the "Industry Guide for Collecting, Handling, and Treating Lithium Batteries 2025" and discover how to improve safety in your operation with state-of-the-art technology.

CLICK HERE or click on the picture to download the guide.