M2i Global (OTCQB: MTWO) will deploy Regenerate Technology Global's hydrometallurgical battery recycling platform into customer plants across North America and Asia, scaling a chemistry-driven alternative to smelting that the partners claim cuts greenhouse gas emissions by 90%, reduces waste by 90%, lowers process emissions by 85% and delivers 20% cost savings per tonne of feedstock.

Announced Oct. 1 from Reno, Nevada, the expanded partnership moves Regenerate from a European footprint into a global licensing and plant-integration model built around M2i's critical minerals supply-chain network. The deal folds data intelligence services alongside the recycling technology transfer.

"This expansion takes Regenerate's technology into customers' plants worldwide, bringing new forms of battery recycling to the globe," Doug Cole, executive chairman of M2i Global, said.

What does hydrometallurgy change versus incumbent smelting?

Regenerate's patented process extracts valuable materials from end-of-life lead-acid and lithium-ion batteries through aqueous chemical treatment rather than high-temperature pyrometallurgy. The technology, co-developed with Cambridge University Material Science Labs in the United Kingdom, rests on five performance claims the company attributes to its flowsheet:

• 90% waste reduction versus conventional battery recycling
• 85% lower process emissions across the chain
• 90% reduction in greenhouse gas emissions
• 20% cost savings per tonne of feedstock
• Over 80% energy consumption reduction against baseline smelting

Regenerate backs the platform with 25 granted or filed patents and operates as a Delaware corporation. Its commercial footprint sits in Europe; the expanded agreement funds entry into North American and Asian customer facilities. The companies did not disclose capital commitments, plant sizes or commissioning dates.

Where are the first plants and pilot lines?

The partnership rests on three operational pillars Regenerate has built to date:

• EU demonstration plant (lead-acid). A state-of-the-art facility for end-of-life lead-acid battery processing remains under development; location, throughput and permitting timeline were not disclosed.
• Cambridge, UK, R&D division. The Cambridge unit partners with Cambridge University on hydrometallurgical flowsheets for lead-acid and lithium-ion chemistries, plus next-generation materials work for circular economy applications.
• Customer-plant integration. The new agreement installs Regenerate technology directly at client sites rather than concentrating throughput in a central hub.

David Batstone, CEO and co-founder of Regenerate Technology Global, framed the deal in supply-chain terms: "We are pleased to expand our relationship with M2i. The next phase of our work together brings Regenerate's technology to more customers in more places, and adds data intelligence to the critical minerals supply chain."

How does this fit the critical minerals pipeline?

M2i is positioning the deal inside a broader Critical Mineral Repository strategy aimed at counteracting supply concentration for metals used in batteries, magnets and grid storage. Pairing Regenerate's recovery technology with M2i's data intelligence layer is intended to give customers traceable, lower-carbon feedstocks without the slag and toxic sludge burden of pyrometallurgical routes.

The pitch lands as EU battery regulations tighten recycled-content thresholds under the Batteries Regulation (EU) 2023/1542, and as the U.S. Department of Energy continues funding domestic closed-loop processing through the Battery Materials Processing program. Hydrometallurgical recovery avoids the high-temperature permitting profile of smelters, a regulatory advantage in jurisdictions restricting new pyrometallurgical capacity.

What happens next?

The partners did not name the first North American or Asian host site, the demonstration plant's location, or a timeline for hydrometallurgical lithium-ion commercial throughput. Watch for M2i and Regenerate to publish additional disclosures on:

• Site selection and permitting milestones for the EU lead-acid demonstration plant
• Capacity figures (tonnes per year) for any new North American or Asian installation
• Capital commitments and the licensing structure governing customer-plant deployments
• Third-party verification of the 90% GHG and 85% emissions claims

Until those disclosures land, the headline metrics remain partner-reported figures rather than independently audited operating data — a distinction recyclers, regulators and battery OEMs will scrutinize before the technology clears procurement gates.