Mining Copper
Without Mining
Without Mining
Fracsure makes previously unusable low grade ore bodies profitable by de-risking In-Situ Recovery (ISR) mining operations. No open pits, no waste rock, no compromise.
We turn what was previously unusable into valuable assets. All without the environmental risks of traditional mining
90%
Less Surface Disturbance
Compared to traditional methods
75%
Reduction in Water
Consumption compared to traditional methods
70%
Reduction in CO2
Produced compared to traditional methods
Zero
Tailings Dams or Piles
Required for our Operations
The Copper Paradox
The world needs more copper than ever. Electric vehicles, renewable energy, and grid infrastructure demand millions of tons annually. But traditional mining can't keep pace—it's too slow, too destructive, and too expensive.
Conventional copper mining leaves massive scars: open pits kilometers wide, mountains of waste rock, and tailings dams that threaten communities for generations. The industry needs a fundamental reset.
Our Approach
Welcome to the Underground Revolution
Fracsure reimagines copper extraction from the ground up. Using our enhanced permeability system, we enable access to deep copper deposits without ever removing overburden. Through our high precision rock stimulation technology, chemical solution can circulate through fractured ore bodies underground, selectively dissolving copper and returning it to surface for processing.
How It Works
Advanced geophysical mapping identifies copper-bearing formations ideal for ISR. Our AI-powered modeling predicts flow patterns and optimizes well placement before we drill.
Our enhanced permeability system carries solution, dissolving copper in place. The copper-rich solution is pumped back to surface through recovery wells.
Surface processing facilities extract pure copper from solution using proven hydrometallurgical techniques. Solutions are regenerated and recirculated in a closed-loop system.
Why Fracsure Changes Everything
We make the previously unusable 80% of lower grade copper ore bodies profitable to extract. Deposits that were previously considered stranded assets are now usable.
From discovery to first copper in much shorter timelines. ISR eliminates the decade-long permitting and construction timelines that plague conventional projects.
Modular well fields can be expanded incrementally as sites are proven. No billion-dollar commitments before understanding the resource.
No open pits. No waste rock mountains. Our operations occupy 90% less surface area than equivalent conventional mines, preserving landscapes and ecosystems.
A Trillion-Dollar Transition
Global copper demand will double by 2035. The clean energy transition alone requires 6 million additional tons annually—equivalent to building 400 new conventional mines.
Fracsure targets the deposits traditional mining leaves behind: copper under sensitive lands, beneath existing infrastructure, or in formations with too much waste rock. These "stranded deposits" represent billions of pounds of metal that can now be economically recovered.
We're not replacing traditional mining. We're unlocking supply that couldn't exist otherwise.
Copper is essential for decarbonization—but mining it shouldn't cost the planet. Fracsure's ISR approach delivers the copper the world needs with a fraction of the environmental footprint.
No mountaintop removal or open pits
No tailings dams or waste rock disposal
Minimal habitat disruption
Lower carbon intensity per pound of copper
Reversible land impact—wells can be plugged and sites restored
Clean copper for a clean energy future
Built by Mining's Next Generation
Our team combines decades of mining engineering expertise, advanced geomechanics, and AI-driven resource modeling. We're engineers and entrepreneurs who believe mining can be done better.
Ready to Rethink Copper?
Contact us to get more information on the project
John@fracsuremining.com