Cirba Solutions

Electric vehicle adoption continues to accelerate, and automotive recyclers are on the frontlines of handling these high-voltage, lithium-ion batteries safely and efficiently. EV batteries reaching end-of-life is no longer something that is “coming” – they are already here – entering waste streams and salvage yards, often without standardized guidance on how to responsibly dispose of the batteries. To mitigate risks, planning is crucial in the collecting, handling, packaging, and transport of end-of-life and DDR (damaged, defective, recalled) batteries.    

Why it matters  

EV batteries present risks that most recyclers were not trained to handle. When handling lithium-ion batteries, recyclers must consider:  

• Unknown battery condition after an accident or natural event (flooding, wildfires, etc.) 
• How the battery pack is stored, including if it was exposed to weather, the type of packaging, or how the battery was transported canimpactthe battery’s stability.  
• Thermal runaway situations and protocols. 

These batteries are only increasing in popularity. Enhanced training and partnerships with certified battery recyclers can support employee and facility safety, and ensure automotive recyclers are equipped to handle lithium batteries responsibly. 

Key Consideration Areas  

When handing electric vehicle batteries, key areas of consideration include the battery’s current state of charge (SOC), damage assessment, and training.  

SOC: Knowing an EV battery’s SOC helps ensure safe and efficient handling, as well as potential next steps. Batteries with high charge levels pose greater risks of electric shock and thermal events during dismantling, transport, and storage. Knowing the SOC helps recyclers take proper precautions, comply with safety regulations, and determine appropriate processing or discharge steps before recycling.   

Damage Assessment: Assessing damage can be challenging – especially if there are no obvious signs of damage to the outer case. There are also regulatory requirements (local, state, federal) from agencies like the DOT or EPA that must be considered. The safe handling, packaging, transport, and disposal of lithium-ion batteries is critical to ensuring compliance.  

Training: When handling end-of-life or damaged EV batteries, informal learning or guesswork is not sufficient. Through training, recyclers can gain valuable knowledge into: 

• Identification & Assessment:Identifying different types of EV batteries and recognizing damage.   
• Safe Handling & Storage:Until a battery can be transported to a certified battery recycler, understanding how to isolate the battery and considering storage temperatures, help to reduce risks.  
• Transportation & Compliance:Collaborate with partners who have expertise in regulatory frameworks like hazmat classification and shipping guidelines to bridge knowledge gaps.  
• DetermineEnd-of-life Pathways: Identify value recovery opportunities such as reuse, repurpose, or recycle.  

Combined, these practices will enhance employee and operational safety.  

Opportunities  

Recyclers are critical to the creation of the circular economy. These batteries are already driving around our roads, and when they reach end-of-life, it will be imperative that recyclers have infrastructure, trainings, and the resources available to dispose of and recycle these materials properly. This will expand revenue channels and partnerships across the battery ecosystem.  

Those who invest early will gain both safety and competitive advantages.  

What’s next 

This is not something for future consideration – it’s already here. Training programs, industry collaboration, and partnering with a certified recycler, like Cirba Solutions, will set you up for success. With 35 years of experience and the largest operational footprint across North America, Cirba Solutions handles all battery chemistries and formats and was the first to process lithium in North America. With its comprehensive service offerings and end-to-end approach related to packaging, reverse logistics, processing, all the way through to the recovery of critical minerals from batteries, puts the company at the forefront of the industry.  

Knowledge and education are the key forces that determine whether the electric vehicle transition presents risks or opportunities.