Podcast

How to Reduce Lithium-Ion Battery Fire Risks

June 16, 2022

Overview

Lithium-ion batteries power our world because of their high energy density and voltage-per-cell, but they are also prone to spontaneous ignition when damaged. Chief Engineer Charles Macaulay lends his insight to discuss this emerging fire hazard.

Emerging RisksEnvironmental RiskRisk Management

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September 7, 2022

How to Reduce Lithium-Ion Battery Fire Risks

Summary
Lithium-ion batteries power our world because of their high energy density and voltage-per-cell, but they are also prone to spontaneous ignition when damaged. Chief Engineer Charles Macaulay lends his insight to discuss this emerging fire hazard.
RIMScast: Charles Macaulay, sponsored by TUV SUD Global Risk Consultants

This RIMScast episode, presented by TÜV SÜD Global Risk Consultants, explores the fire risks posed by lithium-ion batteries. These batteries power our world because of their high energy density and voltage-per-cell. But they are also prone to spontaneous ignition when damaged. Chief Engineer Charles Macaulay lends his insight to discuss this emerging fire hazard and inform risk professionals on:

  • Safe charging, storage, and discarding practices for lithium-ion batteries
  • Why lithium-ion batteries are more utilized than alternatives despite fire hazards
  • Primary causes of lithium-ion fires and proper emergency response plans

Press play to hear from an engineering leader with 37 years of industry experience.

Note: All downloads and related contact information will be accessible to the podcast sponsor.