H10: Navigating Exposure Risks and Fire Hazards in Li-ion Battery Technologies

Greater Columbus Convention Center 

Room: A 213 

CM Credit Hours: 1 

Lithium-ion (Li-ion) batteries have permeated our daily lives, powering everything from cars, cellphones, electric scooters to utility scale power generation. These batteries are hailed for their ability to curtail carbon emissions in vehicles and store substantial amounts of energy. Yet, their prowess comes with a hazardous dark side; they are susceptible to catching fire when subjected to internal mechanical damage, electrical surges, and environmental conditions. Once ignited, such fires defy easy extinguishment and discharge perilous chemicals into the atmosphere. Join us for a comprehensive exploration into: a) the inner workings of Li-ion batteries; b) the triggers for their self-combustion; c) the complexities of firefighting; and d) the chemical emissions born from battery ignition. Discover a balanced perspective on harnessing innovation while safeguarding against potential risks.

Upon completion, the participant will be able to:

• Explain the functionality of Li-ion batteries.
• Identify triggers and risk factors of self-ignition.
• Manage self-ignition risks with practical strategies.
• Predict the hazardous chemicals released during Li-ion battery fires.
• Establish a secure and informed approach to Li-ion battery safety. 

Intermediate

Quiz

Corporation/Company

Insurance

Manufacturing

Transportation

Available as part of AIHA CONNECT OnDemand

Chemical Hazards

Risk Assessment and Management

Safety