Real-World Saves
2026-03-10
Alarm CaseFire PreventionThermal MonitoringPredictive Maintenance
How AVIAN Detected Molten Lithium on a Recycling Conveyor Before Fire Spread
Estimated damage avoided
$1M+
Conservative estimate based on avoiding conveyor fire spread, bunker ignition, equipment damage, facility cleanup, and major operational downtime.
- Equipment
- Recycling conveyor
- Failure mode
- Crushed lithium-ion battery spraying molten material
- Outcome
- Operator was alerted immediately and contained the belt fire risk
A hidden lithium-ion battery failed on a recycling conveyor and sprayed molten material across the belt. AVIAN detected the flash of heat immediately, giving the operator time to respond before the fire could spread into the waste stream.
What AVIAN Detected
AVIAN thermal monitoring identified the extreme thermal spike from the battery failure as it happened. The event stood out from normal belt movement and material flow because of its sudden intensity and localized heat.
Why It Mattered
Battery fires are especially dangerous in recycling because they can throw hot material into paper, plastic, rubber belting, and dust. Once the fire reaches a bunker or pile, the event becomes much harder to control.
For recycling and waste operations, the goal is not only to see smoke. It is to catch high-temperature battery failures while they are still on the belt and before they move downstream.
What Changed Operationally
The operator did not have to wait for smoke to travel or for someone to notice the belt event manually. AVIAN turned the first seconds of the thermal runaway into a targeted response window.
If your team is evaluating fire prevention for conveyors, bunkers, or sorting areas, contact AVIAN to review where thermal monitoring can reduce lithium battery fire exposure.
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