Meeting the Growing Demand for Critical Metals to support the Decarbonisation of our Economy
Metals such as copper, nickel, cobalt and rare earth elements are essential for the decarbonization of the energy and transportation sectors.
Mining Technology Enabling Global Energy Transition
Metals such as copper, nickel, cobalt and rare earth elements are essential for the decarbonization of the energy and transportation sectors.
Current mining methods have a severe impact on the environment and surrounding communities, both during operation and often for centuries to come.
Transformative mining technologies must be developed to enable the extraction from assets that were previously untapped or economically unviable, thereby securing critical metal supplies.
We extract metals without the need for physical excavation or fracking of the ore material.
EK-ISR relies on the application of electric currents. No fossil fuels or explosives are needed.
EK-ISR eliminates many of the problems that threaten mining's social licence to operate.
Similar to keyhole surgery, EK-ISR provides access to small, isolated and many other types of stranded assets. Deposits that can be developed in a modular fashion with dramatically reduced CAPEX.
We have demonstrated viability for EK-ISR to recover multiple metals, not only from intact rock, but also from tailings material
Discover the science behind our technology.
EK-ISR
We have extensive experience with the characterisation of potential targets for metal extraction via EK-ISR.
We develop and apply advanced numerical simulators for the coupled transport and reaction processes controlling EK-ISR at the laboratory, pilot and field-scale.
We embed Life Cycle Assessments in our design to ensure the lowest greenhouse gas emissions and land use to comply with Science-based targets.