Highlights

  • Iondrive (ASX:ION) is developing IONSolv technology to recover rare earths from used magnets and electronic waste.
  • June-quarter validation recorded 96.5% recovery for neodymium and praseodymium and 93.5% for dysprosium in leaching tests.
  • An August campaign targets approximately 1.4 tonnes of mixed rare-earth oxides from five tonnes of magnet feedstock.
  • An October update outlined a proposed USD 18mn debt facility for the first Oklahoma recycling module.

Iondrive Limited develops metal-recovery technology designed to extract critical minerals from used materials, with rare-earth recycling now a central focus of its proposed United States operations. The company is progressing a five-tonne magnet-processing campaign and planning its first commercial IONSolv module in Oklahoma. During trading on 27 October 2026, Iondrive (ASX:ION) was quoted at AUD 0.09, up 9.76% at the time of writing. Its latest company updates concern process validation, potential project financing and the steps needed to convert recovered rare-earth material into products for downstream qualification.

Company Business

Iondrive (ASX:ION) is developing IONSolv, a selective extraction platform based on deep eutectic solvent chemistry. The process is intended to recover valuable metals from different feedstocks, including end-of-life permanent magnets, electronic waste, solar-panel materials and battery-related materials. Unlike a conventional rare-earth miner, Iondrive is targeting secondary materials already circulating in industrial supply chains rather than relying on a newly developed orebody.

Its magnet-recycling program targets neodymium, praseodymium and dysprosium, elements used in permanent magnets for industrial equipment, electronics and defence applications. Alongside its proposed United States module, the company has conducted pilot and laboratory work in Australia and arranged a North American processing campaign to produce material for customer testing. Commercial operations have not yet commenced at the proposed Oklahoma module.

Recent Development

In October 2026, Iondrive (ASX:ION) outlined progress on a potential USD 18mn senior debt facility for its first Oklahoma rare-earth recycling module. It said lenders were assessing the proposal under a United States Department of Agriculture loan-guarantee pathway. The targeted guarantee could cover up to 80% of qualifying lender exposure, equivalent to USD 14.4mn on the proposed facility. Neither financing nor a guarantee had received final approval; site tenure, engineering, permits and a board investment decision also remained outstanding.

In August, the company commissioned a processing campaign using approximately five tonnes of end-of-life permanent magnets in North America. Based on representative feedstock characteristics and a targeted overall recovery rate of approximately 95%, Iondrive aims to produce around 1.4 tonnes of mixed rare-earth oxide during 4QCY26. Actual output will depend on feedstock assays, operating results and product specifications. The batch is intended to supply downstream qualification programs and inform the engineering of a future continuous module.

Iondrive (ASX:ION) previously reported independent leaching-test recoveries of 96.5% for neodymium and praseodymium and 93.5% for dysprosium from commercial United States feedstock. These laboratory recovery figures differ from the overall processing recovery required to deliver saleable material at larger scale.

Financial Performance and Sector Context

The company reported cash holdings of AUD 7.0mn at 30 June 2026 and indicated expected inflows of AUD 1.4mn across subsequent quarters from an R&D tax incentive and grant funding. Its commercialisation plans involve development expenditure before revenue can be established from continuous rare-earth recycling operations. The proposed Oklahoma debt package, if completed, would represent project financing rather than evidence of an operating cash-generating facility.

In September, Iondrive (ASX:ION) released an updated techno-economic assessment for a proposed rare-earth module, reporting a modelled post-tax net present value of USD 243mn. Such assessments represent scenario-based projections and are not realised earnings. The rare-earth sector also differs from exchange-traded commodities because prices, product purity, element mix and downstream qualification can materially affect the economics of recovered material.

Risks to Consider

Principal risks include changing feedstock grade and availability, process recovery at scale, product qualification, permitting, construction cost and the ability to secure financing. The Oklahoma proposal remains conditional, while the five-tonne campaign must still demonstrate recoveries across the complete flowsheet. Rare-earth prices and magnet demand can vary by individual element, affecting realised product value.

What to Watch Next

For Iondrive (ASX:ION), the immediate milestones are completion of the five-tonne campaign, independently assessed oxide specifications, customer qualification results and progress on binding feedstock and offtake arrangements. Updates concerning Oklahoma site selection, engineering, funding approvals and any final investment decision will indicate whether the planned module advances beyond the evaluation stage.

Key Insights

Iondrive is advancing rare-earth recovery through a batch production campaign and a proposed Oklahoma commercial module. Reported laboratory recoveries support further technical evaluation, but continuous processing performance, financing and commercial agreements remain unresolved. The next measurable developments are campaign output, downstream qualification and approvals needed to progress a first commercial facility.