REMEDIATE
Heal legacy damage
ENVIRONMENTAL IMPACT
Two Paths. One Mission. Zero Compromise.
Extraction That Restores
The Cleanup That Pays for Itself
Across Appalachia and former coal regions worldwide, mountains of culm and rivers of acid mine drainage represent decades of environmental damage. Traditional cleanup is costly with no return. Stratacore transforms this equation.
Various PA estimates
Various US & PA estimates
Various US estimates
From Waste to Worth
Five pathways to environmental recovery
Bioleaching
Zero chemicals. Self-sustaining. Minimal energy.
Controlled Acid Leaching
Contained system. Closed-loop. Revenue from pollution.
Physical Separation
No chemicals. No water. Carbon captured.
Flash Joule Heating
Converts waste to graphene. Destroys pollutants.
Plasma Treatment
Unlocks unprocessable materials. Kentucky-proven.
Energy Economics Matter
Right method. Right location. Right power source.
Bioleaching
Very LowAmbient temp. Self-sustaining.
Ideal - minimal grid dependency
Physical Separation
LowGravity & magnets. Minimal power.
Excellent - can operate on intermittent power
Controlled Acid Leaching
Low-MediumHeating + pumping. Moderate needs.
Good - thermal storage can buffer intermittency
Flash Joule Heating
MediumHigh power, milliseconds only.
Good - can schedule around peak renewable availability
Plasma Treatment
HighContinuous high-temp plasma.
Requires baseload or storage; ideal near hydro/nuclear
Smart Matching
Digital Twin assigns each zone to its optimal recovery method—matching material value to energy cost.
Culm Bank Remediation Workflow
From damaged landscape to productive land
SCAN
Stratacore drone fleet maps entire culm bank
- Hyperspectral identifies REE/Li/Ga concentration
- LiDAR calculates precise volumes
- Magnetics reveal internal structure
MODEL
Digital Twin creates comprehensive 3D block model
- AI classifies "pay zones" vs inert waste
- Extraction sequence optimized
- Processing pathway assigned per zone
EXTRACT
Surgical removal targets high-value zones only
- Minimizes total material movement
- Feeds directly to processing
- Low-grade material undisturbed
PROCESS
Matched processing for each material stream
- Bioleaching for REE-rich zones
- Physical separation for carbon
- Flash Joule for graphene
RESTORE
Site returned to productive condition
- Material regraded and stabilized
- Native vegetation reestablished
- Water quality monitoring confirms success
When New Extraction is Necessary
We prove or disprove a deposit before a single boot touches the ground.
| Aspect | Traditional | Stratacore |
|---|---|---|
| Initial Survey | Wide-area ground teams | Drone-first reconnaissance |
| Access Roads | Built speculatively | None until deposit confirmed |
| Drill Program | 100+ exploratory holes | 10-20 precision targets |
| Base Camp | Large permanent facility | Minimal temporary presence |
| Timeline | Years to validation | Months to decision |
| Ground Disturbance | Extensive and early | Near-zero until proven |
Healing the Watershed
Acid mine drainage is among the most persistent forms of water pollution on Earth. When sulfide minerals contact air and water, they generate sulfuric acid that mobilizes heavy metals. This process continues for centuries without intervention.
Environmental Impact by the Numbers
Various US & PA estimates
Various PA estimates
vs traditional methods
Through precision targeting
Acid to neutral
Per ton culm processed
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