Altilium Files MHP Patent as Indonesia Clenches Supply

Why It Matters

The patent could accelerate a shift toward domestic nickel supply, reducing reliance on costly mining and supporting the EV industry’s sustainability goals.

Key Takeaways

• Altilium secures tenth patent for nickel MHP from used batteries
• Process extracts nickel, reducing need for virgin mining
• Indonesia's tightening battery material supply boosts recycling demand
• MHP technology could lower battery costs and carbon footprint
• Patent positions Altilium as leader in European battery recycling

Pulse Analysis

Altilium’s latest patent marks a milestone in the race to close the loop on lithium‑ion batteries. By precipitating nickel as a mixed‑hydroxide, the process sidesteps the energy‑intensive smelting routes that dominate today’s supply chain. Analysts estimate that recycled nickel can cut production costs by up to 15 percent, while also slashing greenhouse‑gas emissions associated with traditional mining. As automakers chase lower‑cost, greener battery packs, technologies that reclaim nickel directly from spent cells become strategic assets.

Indonesia’s recent policy push to "clench" battery material supplies underscores a broader geopolitical shift. The Southeast Asian nation, a major nickel ore exporter, is tightening export controls to secure downstream processing capacity. This creates a supply gap that European recyclers like Altilium are poised to fill. By turning waste batteries into a high‑purity nickel product, Altilium not only mitigates supply risk but also aligns with EU circular‑economy directives that incentivize domestic recycling. The synergy between constrained raw‑material flows and innovative recycling could reshape market dynamics, driving up the value of recovered nickel.

For investors and industry stakeholders, Altilium’s patent portfolio signals a competitive edge in a market projected to exceed $30 billion by 2030. The company’s ability to scale the MHP process will be critical, as commercial viability hinges on throughput, recovery rates, and integration with existing battery‑recycling infrastructure. If successful, Altilium could attract strategic partnerships with OEMs and battery manufacturers seeking to lower their carbon footprints while ensuring a stable nickel supply. The broader implication is a faster transition toward a more resilient, low‑carbon battery ecosystem.