Real-World Saves
2026-03-12
Alarm CaseFire PreventionThermal MonitoringPredictive Maintenance

How AVIAN Detected Lithium-Ion Battery Thermal Runaway on a Recycling Conveyor

Estimated damage avoided

$1M+

Conservative estimate based on avoiding conveyor fire spread, material pile ignition, facility cleanup, equipment damage, and prolonged outage risk.

Equipment
Recycling conveyor
Failure mode
Lithium-ion battery thermal runaway on a live belt
Outcome
Operator was alerted fast enough to stop the belt and intervene
A lithium-ion battery failed on a recycling conveyor and produced a high-energy thermal event. AVIAN detected the extreme heat immediately, giving the operator time to stop the belt and respond before the surrounding waste stream ignited.

What AVIAN Detected

AVIAN thermal monitoring identified the sudden thermal spike from the battery failure on a moving conveyor. Even with debris and motion in the scene, the system isolated the event as a real fire threat.

Why It Mattered

Lithium-ion battery failures burn hot, spread quickly, and can ignite paper, plastic, rubber belts, and nearby material. In a recycling facility, a single battery event can move from belt to bunker if it is not caught immediately.
For recycling and waste facilities, hidden batteries are one of the hardest hazards to screen out manually. Early thermal detection gives operators a chance to stop the belt before fire reaches the main material stream.

What Changed Operationally

The alarm shortened the time between battery failure and operator action. Instead of waiting for smoke, flame, or a downstream pile fire, the team could stop the line and contain the event at the conveyor.
If lithium battery fires are driving insurance, downtime, or suppression concerns at your facility, talk to AVIAN about conveyor and bunker monitoring.

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