Highlights

  • Iondrive shares rose 4% to AUD 0.026 on 16 April 2026 following a favourable corporate update.
  • S.-based testwork delivered 93.8% neodymium (Nd) and 95.1% praseodymium (Pr) extraction.
  • Results exceeded prior techno-economic study assumptions, which indicated ~46% IRR and ~US$7 million NPV per module.
  • Improved iron removal supports higher product quality and process efficiency.
  • Company progressing toward modular commercial deployment of its IONSolv technology

Iondrive Ltd (ASX:ION) shares jumped 4% to AUD 0.026 during the afternoon session on 16 April 2026, after touching an intraday high of AUD 0.027. Today’s upward movement follows the release of a positive operational update, extending yearly gains to 25%.

The latest announcement outlines progress in the company’s rare earth recycling technology, with a particular focus on testwork conducted in the United States. The update provides insights into extraction performance, process optimisation, and the pathway toward commercial deployment.

Company Overview and Technology Focus

Iondrive Ltd is focused on developing extraction technologies for critical minerals, particularly through its proprietary IONSolv platform. The technology is designed to enable selective recovery of metals using a deep eutectic solvent (DES), operating at lower temperatures and avoiding the use of aggressive acids.

The platform is initially being applied to the recycling of rare earth elements from end-of-life permanent magnets, with broader applications across battery materials and electronic waste processing.

The company’s strategy centres on creating a scalable and modular processing model that can be deployed across multiple locations, including key international markets such as the United States.

U.S. Testwork Confirms High Rare Earth Extraction

The company reported results from third-party testwork conducted in the United States by Kingston Process Metallurgy Inc., under the direction of ProProcess Engineering. The program involved testing commercially sourced magnet feedstock, with approximately 250 kilograms of material used in the process.

The results confirmed high extraction rates for key magnet rare earth elements, including:
• 93.8% extraction of neodymium (Nd)
• 95.1% extraction of praseodymium (Pr)

These elements, often referred to together as NdPr, are significant due to their role in permanent magnets used across various technologies. According to the company, NdPr accounts for approximately 96% of the global rare earth market value.

The extraction results indicate consistency across testing conditions and support the technical viability of the IONSolv process when applied to commercially relevant feedstocks.

Results Exceed Prior Study Assumptions

The latest testwork outcomes exceeded the assumptions used in the company’s earlier techno-economic study. That study had outlined an internal rate of return (IRR) of approximately 46% and a net present value (NPV) of around US$7 million for each modular deployment unit.

Higher-than-expected extraction rates may have implications for process efficiency and overall project economics, although further work is required to validate these outcomes at scale.

The update indicates that the company is continuing to refine the process, particularly in areas that influence recovery rates and operational efficiency.

Process Improvements Support Product Quality

In addition to extraction performance, the company reported improvements in impurity management, particularly in relation to iron removal.

Enhanced iron rejection is considered important for:
• Improving the quality of the final rare earth product
• Reducing losses of rare earth elements during processing
• Supporting overall process efficiency

The company noted that optimisation efforts have focused on feed preparation and refining processing conditions, which are key steps in producing a saleable rare earth oxide product.

Progress Toward Commercial Deployment

The latest results are being positioned as part of the company’s transition from technology validation to commercial readiness.

Iondrive is advancing a modular processing model, where individual units are designed to operate as standalone production systems. This approach is intended to enable capital-efficient deployment and scalability across different regions.

The company’s current focus includes:
• Producing a mixed rare earth oxide product sample
• Advancing engineering and commercial planning for modular deployment
• Aligning development with U.S. market requirements
• Supporting potential applications for U.S. government funding

This modular approach is aimed at facilitating deployment across multiple sites, particularly in regions seeking to establish domestic rare earth supply chains.

Alignment with U.S. Supply Chain Strategy

The program is aligned with the broader objective of developing a domestic rare earth recycling pathway in the United States.

The use of feedstocks relevant to the U.S. market and the location of testwork within the country reflects this strategic focus. The initiative also supports potential engagement with government programs aimed at strengthening supply chains for critical minerals.

The company’s approach positions its technology within the context of increasing interest in diversified and localised supply sources for rare earth elements.

Next Steps and Development Plan

Looking ahead, the company has outlined several near-term objectives as part of its development roadmap.

These include:
• Finalising the Phase 2 program and continuing optimisation of processing conditions
• Focusing on iron rejection, product quality, and scale-up parameters
• Producing a rare earth oxide sample for potential customer and partner engagement
• Advancing engineering studies and commercial planning
• Using Phase 2 outcomes to support a Pre-Feasibility Study

These steps are intended to move the IONSolv platform closer to commercial deployment, with a focus on scalability and market readiness.

What This Means for Investors?

The latest update from Iondrive outlines continued progress in its rare earth extraction technology, with testwork results indicating high recovery rates and improvements in process efficiency.

The company’s focus on modular deployment, U.S. market alignment, and progression toward commercial readiness provides context for its ongoing development strategy.

Investors may continue to monitor upcoming milestones, particularly related to Phase 2 optimisation, product development, and feasibility studies.