Critical Raw Materials • Sustainable Mining • Electrochemical Processing • Hydrometallurgy • Metal Refining • Process Waters • AI • Pilot Validation
Topic 1 - Ensuring a resilient supply of raw materials from primary sources
Elmery is seeking partners for collaborative projects addressing sustainable extraction, refining and processing of primary raw materials.
We can contribute through:
-selective recovery of critical and valuable metals from primary process streams
-advanced electrochemical refining and hydrometallurgical process optimisation
-recovery of metals from dilute and complex process solutions
-reduction of chemical consumption, waste generation and environmental footprint
-pilot-scale validation and industrial demonstration
-process monitoring, data analytics and AI-assisted process optimisation
-techno-economic and environmental performance assessment
Looking for partners. We are interested in collaborating with:
-mining companies
-metal producers and refineries
-metallurgical technology providers
-EPC and engineering companies
-universities and research organisations
-digitalisation and AI partners
-environmental assessment and LCA experts
-industrial pilot hosts
We are open to participating either as a technology partner or as a work package leader responsible for advanced metallurgical processing, electrochemical recovery technologies and industrial pilot validation.
Elmery Oy (Finland) – Advanced electrochemical processing for sustainable recovery of critical and valuable metals from primary and secondary raw material processing
Elmery Oy is a Finnish deep-tech company developing an electricity-driven electrochemical technology (EDRR®) for the selective recovery of valuable and critical raw materials from primary mining and metallurgical process streams. Our technology improves resource efficiency by recovering metals that are currently lost in conventional refining and hydrometallurgical processes while significantly reducing chemical consumption, energy use and secondary waste generation.
The technology is applicable throughout the primary raw materials value chain, including mining process waters, hydrometallurgical circuits, concentrate processing, refinery process streams and anode slimes. It enables higher recovery rates, improved process sustainability and better utilisation of existing mineral resources.
