Lithium-ion battery recycling is becoming essential for the future of electric vehicles and energy storage. Discover why recycling technology and circular battery supply chains matter now.
Sodium batteries reduce costs by up to 40 percent, improve cold-weather performance, and eliminate cobalt and nickel, paving the way for affordable electric cars.
HKUST researchers have developed advanced calcium-ion batteries with quasi-solid electrolytes, delivering improved efficiency, durability, and sustainability for electric vehicles and renewable energy storage.
A new low-pressure solid-state battery developed in China could simplify manufacturing, reduce costs, and accelerate commercialization without sacrificing performance or safety.
A new structural lithium-ion battery developed in South Korea combines strength and energy storage, achieving nearly 90 percent retention and opening doors for EVs and aerospace use.
South Korean researchers developed an ultrathin polymer layer that dramatically extends the lifespan of anode-free lithium metal batteries, accelerating their commercial use in EVs and energy storage.
Toray introduces a new nanofiltration membrane designed to recover over 95% of lithium from spent EV batteries, boosting recycling efficiency and supporting a stronger closed-loop battery ecosystem.
Ace Green Recycling is accelerating the rollout of zero-emission battery recycling facilities across Asia, advancing sustainable metal recovery, plastic circularity, and low-carbon manufacturing pathways.
A Chinese research team used a unique molten-salt bath to regenerate degraded NCM811 cathodes in used lithium batteries, achieving 76 % capacity retention and paving the way for circular energy storage.
