Self-Extinguishing, Toxic Gases Containment Enclosure for Lithium-Ion Batteries

Researchers at Purdue University have developed a new self-extinguishing enclosure for containing toxic gases from the production of lithium ion batteries. Flammable electrolytes form during this process and must be securely isolated for transportation and disposal. There remains an unmet need for a portable, light-weight solution. Purdue researchers meet this challenge with a unique "bubble wrap" that features specialized ventilation and easily fits around a secured box to hold potentially toxic gases. This system helps to avoid fires that can happen on thermal runways of lithium ion batteries as they are comprised of thermocouples. In addition, this process allows batteries to gain higher capacity and energy density. This innovative approach for trapping toxic gases can be easily implemented into the manufacturing process for automotive, aviation, and military and defense applications.

Advantages:

-Secure

-Safe

-Accurate

-Simple

Potential Applications:

-Manufacturing

-Aviation

-Military and Defense

-Automotive

Technology Validation:

Testing with US Military

TRL: 2

Intellectual Property:

Keywords: Aeronautics, Automotive, Batteries, Li-ion Batteries, Lithium Ion Batteries, Manufacturing, Materials, Materials and Manufacturing, Materials Engineering, Mechanical Engineering, Military and Defense