If you're evaluating lithium-ion forklift batteries, "what happens when it dies" is a fair question — and one that doesn't always get a straight answer. Lead-acid disposal has a well-worn process. Lithium is newer territory for a lot of fleet and procurement teams, and vague sustainability language doesn't help you plan a budget or satisfy a compliance review.
Here's what's actually in place, in plain terms.
Does Flux Power take the battery back?
Yes. Flux Power commits to taking receipt of any LiFT Pack for recycling once it reaches the end of its useful life, under a formal End-of-Life Agreement. You're not left sourcing a disposal vendor on your own or guessing whether your local waste handler is equipped for lithium.
Who pays for it?
You have two options: recycle locally through a qualified handler, or return the pack to Flux Power. If you return it, return shipping is paid by the battery owner. That's worth building into your total cost of ownership model, but it's a known, fixed line item rather than an open-ended liability.
What happens to the battery once it's returned?
Returned packs go through a structured decommissioning process covering every major component — electronics, wiring, cabling, sheet metal, and the LFP cells and modules themselves. Flux Power works with recycling partners that specialize in lithium-ion processing, using a shredding and liquid-separation process built to recover critical materials cleanly rather than send them to landfill.
What materials actually get recovered?
The recycling partners recover lithium, nickel, cobalt, copper, and aluminum. Where feasible, those materials are reintroduced into manufacturing supply chains — which is the practical definition of "circular economy" here, not just a phrase on a sustainability page.
Is this a new program, or has it been tested?
Flux Power expanded its recycling capability in 2024 through a partnership with one of the largest battery components recycling companies in the U.S., specifically to scale up processing capacity and circular-supply-chain infrastructure ahead of demand. That partnership has been operating for close to two years, so this isn't a policy that exists only on paper.
How does this compare to lead-acid disposal?
Lead-acid disposal is a mature, regulated process but it's also a recurring one. LFP batteries last up to five times longer than a traditional lead-acid battery, which means fewer units purchased, fewer units disposed of, and a smaller cumulative disposal footprint over the life of your fleet. The end-of-life question matters less when it comes up five times less often.
Does this help with ESG or sustainability reporting?
It can. If your organization tracks vendor sustainability practices or reports on materials handling as part of ESG commitments, a documented, third-party-partnered recycling pathway is something you can point to rather than an internal policy you have to write yourself.
What if the battery is out of warranty?
Post-warranty packs still fall under the same commitment: they're shipped to Flux Power or an affiliate facility for recycling rather than left to the customer to figure out independently.
Bottom line
You're not being asked to take Flux Power's word for it. There's a documented agreement, a named recycling partnership, a defined cost structure (return shipping, paid by the owner), and a materials recovery process that's been running since 2024. That's the kind of paper trail that holds up in a vendor review not just a sustainability claim on a website.
Have questions about how this fits into your fleet's total cost of ownership? Contact Flux Power to talk through the numbers for your specific deployment.