Abundant Copper.
Mined with precision and delivered faster.
Skouria accelerates copper production through deep brine mining-
Capital efficient, safe, and low impact by design.
COPPER IS THE NEW FOUNDATION.
We Can Meet Demand Faster.
Copper runs through every wire, circuit, and energy system that keeps the world moving— from electric vehicles to grid infrastructure, smartphones to AI data centers. It’s flexible, endlessly recyclable, and one of the most conductive materials on earth.
Global demand is projected to grow more than 70% by 2050—driven by AI infrastructure, grid upgrades, electric heating and vehicles, new housing, and the industrial growth of emerging economies.
Demand is scaling fast. Supply isn’t.
We can’t wait a decade for new copper. And we can’t meet demand with century-old methods.
Traditional copper mining is slow, expensive, and hazardous—defined by open pits, deep shafts, unstable ground, habitat loss, and polluted watersheds. Projects can take over a decade just to permit.
The Old Copper Mining Approach
We extract copper from brine-rich porphyry copper deposits. No blasting. No tailings pond. No exposed pits. Our method is faster to deploy, far less hazardous, and much more cost-effective.
Skouria’s Deep Brine Mining Approach
FASTER TO MARKET
SAFER
MINIMAL FOOT PRINT
CAPITAL EFFICIENT
Traditional copper mining is slow, expensive, and hazardous—defined by open pits, deep shafts, unstable ground, habitat loss, and polluted watersheds. Projects can take over a decade just to permit.
The Old Mining Approach
HAZARDOUS
LONG-LEAD
EXPENSIVE
We extract copper from brine-rich porphyry copper deposits. No blasting. No tailings pond. No exposed pits. Our method is faster to deploy, far less hazardous, and much more cost-effective.
Skouria’s Deep Brine Mining Approach
FASTER TO MARKET
SAFER
MINIMAL FOOT PRINT
CAPITAL EFFICIENT
Deep Brine Mining is a new, more precise form of
in-situ recovery.
We’ve applied decades of subsurface expertise to solve for the flow, contact, and control that ISR has historically struggled with.
Our approach uses a novel stimulation method to access more of the rock—without creating fast-paths. And instead of relying on corrosive acids, we’ve developed a more stable lixiviant system that targets copper efficiently, while preserving reservoir integrity.
The result: In-situ copper extraction that works—economically, environmentally, and at scale.
Deep expertise in deep systems.
We are geologists, metallurgists, and stimulation experts with decades of experience in hydrothermal systems and subsurface permeability.
Our key insight: dormant hydrothermal systems—once overlooked—hold significant copper potential.
By refining stimulation techniques used in geothermal energy, we can access these deep brines efficiently and safely. Our approach is fast, repeatable, and materially lighter on the planet.