Rechargeable batteries recovered by Nippon Recycle Center are both a resource and a hazard: valuable for the rare metals they contain, and capable of igniting without warning. The company had already experienced small fires from lithium-ion cells, and its existing safeguards — isolated battery storage linked to fire-suppression equipment — only engaged once an incident was already under way.

Nippon Recycle Center needed a way to detect a rising temperature before it became an emergency, including during the unattended hours at its collection and sorting facility, and eventually on a new production line handling hazardous material directly. Imported thermal cameras on the market could not integrate cleanly with the Japanese equipment and in-house software already running the site.

• Prevention Not Reaction: A rising temperature is flagged while it is still just heat, not smoke or flame, turning an emergency response into a routine check.
• Round-the-Clock Coverage: The cameras keep watching storage areas through the unattended hours, when a developing fire would otherwise go unnoticed the longest.
• Hazards Made Visible: Bi-spectral imaging surfaces heat a standard camera cannot show at all, giving staff a direct view of a risk that used to stay invisible until it was already a fire.
• False Alarms Resolved in Seconds: Configurable thresholds and zones mean an alert reflects a genuine temperature rise in that specific area, not routine background heat.
• A Clean Safety Record: Detection now happens well before the point where the site's fire-suppression equipment would otherwise need to engage.