Why Canada Must Build a National Strategy for EV Battery Recycling

lithium-ion pack under your floorboard isn't going to last forever — and right now, Canada has no serious plan for what happens when it dies.

According to Electric Autonomy Canada, the country has more than one million battery electric and plug-in hybrid vehicles registered on its roads, yet federal investment in end-of-life battery handling has lagged behind the billions already committed to mining, refining, and cell manufacturing. Writer Donald MacCallum makes the case that closing the loop with recycling and second-life reuse isn't just environmental housekeeping — it's the missing link in a domestic supply chain that's leaving real money on the table.

The gap in the value chain

Private operators like Moment Energy, Call2Recycle, and Lithion Technologies have been doing the early heavy lifting on repurposing, recycling, and disposal. What's missing is a coordinated framework tying collection facilities, testing and dismantling operations, second-life battery companies, recycling processors, and chemical refiners into a single domestic loop. The Ellen MacArthur Foundation pegs the circular economy across three major US sectors — EV batteries among them — at a potential value of US$1.5 trillion. Canada, sitting next door with its own billion-dollar mining and manufacturing bets, has a clear stake in capturing that upside at home rather than shipping black mass overseas.

The risk of inaction is already visible. Planned cathode expansions from GM and POSCO Future M, along with Ford's planned cathode project, have been paused or abandoned. A functioning domestic recycling pipeline — feeding recovered lithium, nickel, and cobalt back into cell production — could help fill the supply gaps currently stalling those builds.

What this means at the dealership

For anyone signing papers on a new EV today, the lifecycle question is mostly invisible at the point of sale. It shouldn't be. A battery that drops to around 70 to 80 percent of original capacity may still be viable for grid storage, renewable backup, or commercial second-life applications; below 60 percent, it heads to shredding and black-mass processing. Whether your future pack has a domestic second-life path affects residual values, warranty terms, and ultimately the out-the-door math at trade-in.

Canada's federal target — 75 percent of all vehicle sales zero-emission by 2035 — means a serious wave of end-of-life batteries is coming within the next decade. Without a strategy now, the country risks exporting valuable material and re-importing finished cells at premium prices. Buyers should watch whether recycling commitments start showing up in OEM warranty language and provincial rebate conditions before the next purchase cycle, because what happens to your battery after the car directly affects what your car is worth while you're still driving it.