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Monitors and Analysers for Energy - Fire Prevention - Health and Safety - Fire Safety
Industrial fire detection/prevention processes. Thermal imaging plays a critical role in fire prevention for both pile storage (the outdoor or indoor storage of bulk materials such as coal, wood chips, or other combustible materials) and battery storage environments by providing early detection of potential fire hazards.
In battery storage, particularly with lithium-ion batteries, thermal imaging is essential for monitoring the health of individual cells or modules. By detecting abnormal heat signatures, it helps prevent thermal runaway, a condition that can lead to fires or explosions. Routine thermal inspections and remote monitoring improve safety protocols by enabling the early identification and replacement of faulty batteries. This proactive approach reduces the risk of critical failures and enhances operational safety.
In coal and biomass storage, thermal imaging helps identify hot spots caused by spontaneous combustion, allowing for timely intervention. The non-contact nature of thermal imaging ensures the safety of personnel while covering large storage areas efficiently. Integrating thermal imaging with automated systems can trigger alerts and even activate fire suppression mechanisms, thereby enhancing overall fire safety.
AMETEK Land offers a wide range of thermal imaging system designed to continuously monitor storage facilities and improve safety.
Fires and explosions in battery storage facilities are on the rise as the energy density of lithium-ion batteries increases and more energy storage systems are being installed globally. Our solutions include LWIR-640
Coal and Biomass are often stored in large piles which present a fire risk. AMETEK Land’s LWIR-640 thermal imager is our recommended solution to monitor large fuel storage piles for hot spots.
Detecting hot spots quickly on a conveyor belt prevents equipment damage and the outbreak of fire. We offer the HotSpotIR as a compact, fast-response solution for this application.