Lithium-ion batteries are commonly found in modern-day devices and appliances
Lithium-ion batteries are globally classified as dangerous goods. Strict regulations govern their transport because damaged batteries can ignite or explode.
Shipping controls include quantity limits, hazard labelling, packaging standards, and documentation requirements. Compromised batteries must never be transported.
While strict transport regulations and handling procedures help reduce the risk of lithium-ion battery fires and explosions, it is impossible to eliminate the risk entirely. Improperly declared shipments, damaged batteries, manufacturing defects, thermal runaway events, or incorrect storage and charging practices can still result in fires during transportation, warehousing, or handling operations.
For this reason, it is essential that freight operators, logistics providers, and transport facilities have access to specialised firefighting equipment designed to assist in rapidly cooling, controlling, and suppressing lithium-ion battery fire incidents.
Modern cooling-agent technologies utilise advanced formulations designed to quickly absorb heat, reduce surface temperatures, suppress vapours, and assist in minimising the risk of reignition. These solutions are available in portable extinguishers, mobile suppression units, induction systems, and fixed firefighting applications suitable for freight, shipping, transport, and warehouse environments.
In addition to suppression equipment, a range of complementary technologies can assist operators in mitigating lithium-ion battery fire risks. These include thermal and AI-assisted CCTV fire detection cameras, hose induction systems, and hydrant-based suppression solutions.
Advanced fire detection cameras use thermal imaging and infrared spectrum technology to provide early fire detection and continuous monitoring in high-risk environments. These systems can detect abnormal heat signatures within seconds and provide real-time alerts, allowing operators to respond quickly to potential fire events. AI-enhanced monitoring technology can also help improve detection accuracy while reducing false alarms, making these systems particularly valuable in freight terminals, warehouses, cargo facilities, transport depots, and shipping environments.
Induction systems can also be integrated into existing hydrant or hose reel infrastructure, allowing firefighting teams to introduce specialised cooling agents into suppression operations. These systems can be configured as permanent fixed installations or deployed as mobile response kits for flexible emergency use across transport and logistics facilities.