news
may 2026
Panellist at the Policy Roundtable on EU-Australia Cooperation in Critical Raw Materials, organised by the European Union Centre of Excellence in Critical Minerals and University of Canberra
may 2026
Renesis presents at the International Tin Conference, Seville, Spain
October-DECEMBER 2025
Tungsten carbide recycling technologies
In collaboration with mining and industrial OEMs, Renesis reconstructed waste powder, producing high-purity tungsten carbide powder that was returned to production for testing. The tests delivered positive results and demonstrated the opportunity to apply Renesis’ separation technology on a larger scale.
As a result, Renesis successfully applied various proprietary electro-chemical separation techniques to recover tungsten carbide from WC scrap.
2025 activities
Key events, scientific conferences and geopolitical forums
Presenting at the Leader Summit in Tokyo, Japan
Panellist at the “Critical Minerals Cooperation between Australia and the EU”, Parliament NSW, Sydney, Australia
Presenting at the Critical Minerals & Energy Investment Australia, Perth, Australia
participation in the official EU CRM mission to Australia
Panellist at Investment & Innovation: Unlocking Critical Minerals Value Chains, Perth, Australia
speaking at PowderMet 2025, Phoenix, Arizona
Panellist at Innovation Summit - Mining Industry - Emerging Products, Perth, Australia
April 2025
$4M EUR EU Funding Secured for Non-Vanadium Flow Batteries
Our group member, Perfekt, has successfully secured approximately EUR 4million in subsidy funding to support the development of innovative non-vanadium flow battery technology.
February 2025
New Demonstrators for Tin and Tungsten Production
Renesis has built new demonstrator units, designed to produce small quantities of metal powders. The other two demos under construction will be used internally for the technology testing and improvements for tin powder, tungsten powders, and other strategic minerals.
December 2024
New Laboratory Commissioned
Previous facility could no longer accommodate the team and technology roadmap. We’ve moved into a larger laboratory space to support the development of Electrochemical processes including hydrodynamic electrolysis and Chemical processes including leaching and separation. This new lab will serve our growing team of chemists and engineers.
August 2024
High-Purity Tin Powder – Proof of Concept Achieved
Building on the hydrodynamic electro-harvesting technology originally developed for chromium (2019), Renesis (formerly Perfect Metals) has successfully adapted the method to produce high-purity tin powder. The produced powder has the following parameters: size 1-5 µm; 99.97% purity; spherical. This proves the versatility of our technology, with preparations now underway for tungsten, tungsten compounds, cobalt, nickel, rare earth elements (REEs), and PGMs.
MARCH 2024
IP Acquisition from Perfekt S.A.
Renesis acquired the entire IP portfolio from Perfekt S.A., including technologies in: Hydrometallurgy, Hydrodynamic electrolysis, Chemical processes (leaching, bioleaching, separation), Power supply systems, machinery, designs, and other technical assets
December 2023
Renesis Metals Established in Australia
Perfect Metals, now operating as Renesis Metals Pty Ltd, was established in Australia as a technology and processing plant developer. Our mission: to decarbonize, decentralize, derisk, and electrify the processing of critical and strategic minerals. Together with its Polish partner Perfekt (connected via capital structure), Renesis Group combines:
20+ years of industrial deep-tech experience (Perfekt)
Full in-house capabilities to design, build, and scale modular and mobile processing plants
Renesis’s expertise in project development, operations, and supply of high-purity metal powders via standalone or partnered business models
DECEMBER 2019
Chromium Demo Independently Verified
Our technology to produce high-purity chromium powder via electrolysis was independently verified by the globally recognised Non-Ferrous Institute – Sieć Łukasiewicza, confirming the feasibility and industrial potential of our process.
Pics above: fully functional demonstrator for chromium; control system, tin mobile demo, software, microscopic pictures of chromium powder, general visualisation of a tin powder pilot production plant.
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