Lithium-Ion Battery Safety   

The Lithium-Ion Battery Conundrum: Beyond Code Compliance to Effective Fire Suppression

Lithium-ion batteries have changed the fire environment. Electric vehicles, e-bikes, electric buses, energy storage systems, and high-density battery storage can introduce hazards that challenge traditional fire suppression strategies, including thermal runaway, cell-to-cell propagation, toxic gases, reignition, contaminated runoff, and prolonged incidents. 

This four-hour course examines lithium-ion battery fires through a critical question: Are we simply code compliant, or are we prepared for the actual hazard? Participants will explore the science behind thermal runaway and hazardous gas production, evaluate traditional suppression and defensive strategies, and examine the operational, environmental, life-safety, and transportation consequences of lithium-ion battery incidents. 

The course also examines emerging suppression approaches, including encapsulator technology and water-mist delivery. International research, full-scale testing, applicable performance criteria, and real-world case studies are used to evaluate how these technologies may be applied in fire department operations and engineered fixed fire-suppression systems. 

This course is for: 

• Firefighters, fire officers, and fire department personnel 

• Fire protection and fire safety professionals 

• Fire prevention and code enforcement personnel 

• Emergency response and incident management professionals 

• Professionals responsible for facilities containing lithium-ion battery systems 

• Transportation, fleet, and public infrastructure professionals working with electric vehicles or buses 

What You'll Learn: 

• Explain thermal runaway, cell-to-cell propagation, reignition, and other hazards associated with lithium-ion battery fires 

• Recognize hazardous gases produced during battery incidents, including hydrogen fluoride and other decomposition products 

• Understand why lithium-ion battery fires can behave differently from traditional fires and require extended cooling, monitoring, and response considerations 

• Differentiate between minimum code compliance and hazard-based protection when evaluating lithium-ion battery risks 

• Compare water, conventional extinguishing agents, defensive strategies, and encapsulator technology 

• Evaluate suppression strategies based on thermal-runaway control, propagation, water consumption, environmental impact, and operational consequences 

• Examine lessons from electric vehicle, micromobility, energy storage, and battery facility incidents 

• Evaluate international research, full-scale testing, and case studies related to lithium-ion battery suppression 

• Understand encapsulator technology, including its role in heat transfer, penetration, encapsulation, and thermal-runaway control 

• Explore applications for fire department operations and engineered fixed fire-suppression systems, including proportioned encapsulator agents and water-mist delivery 

Course Format: 

• 4-hour professional development course 

• Fire-service and fire-safety focused instruction 

• Research, testing, and real-world case studies 

• Evaluation of traditional and emerging suppression strategies 

• Applications for both emergency response and fixed fire-suppression systems