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Advanced Dynamic Formation Stimulation

Engineered Permeability Enhancement For Mining, O&G, & Geothermal

Engineered Permeability Enhancement For Mining, O&G, & GeothermalEngineered Permeability Enhancement For Mining, O&G, & GeothermalEngineered Permeability Enhancement For Mining, O&G, & Geothermal
About Us
Learn More About Our Technology

Advanced Dynamic Formation Stimulation

Engineered Permeability Enhancement For Mining, O&G, & Geothermal

Engineered Permeability Enhancement For Mining, O&G, & GeothermalEngineered Permeability Enhancement For Mining, O&G, & GeothermalEngineered Permeability Enhancement For Mining, O&G, & Geothermal
About Us
Learn More About Our Technology

Horsepower Put Down-Hole Via Pulsed Combustion Physics Advanced Rocket Science + Advanced Rock Mechanics Break Rock And Pump Fluids Using Dynamic Pulsed Combustion

In-Situ Recovery Mining (ISR)

Enhanced Geothermal Systems (EGS)

Enhanced Geothermal Systems (EGS)

Engineered fracture matrix between wellbores to unlock deep and stranded mineral resources.  Leaves unwanted contaminants underground, reduces mining footprint, enhanced economics, lowers burden on local water resources.

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Enhanced Geothermal Systems (EGS)

Enhanced Geothermal Systems (EGS)

Enhanced Geothermal Systems (EGS)

Comprehensive break down of deep hard rock structures for enhancing the volume of heat reservoir connected between EGS injection and production wells. 

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Oil & Gas

Enhanced Geothermal Systems (EGS)

Oil & Gas

Targeted water-free stimulation for oil and gas wells.  Dynamic stimulation does not depend on path of least resistance and can direct extraction from targeted zones and avoid leak-off and fluids loss.  Extract more resources per well with a more complex and optimal matrix.

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In-Situ Recovery Mining

Fracturing & Fluids Movement

To unlock minerals from ore, it is critical to maximize saturation of the host rock through enhanced surface area contact and proper fluids management.  Two of the dynamic combustion tools NaturaFrac is developing target each of these needs.  Our pulsed gas stimulation creates a complex fracture matrix, while our dynamic pulsed fluids injection enhances saturation and sweep efficiency.  


Our pulsed fluids injection allow us to dynamically inject liquid/gas to increase fine-scale permeability in compacted zones for traditional heap leach stimulation along with dynamic repetitive leachate injection increases sweep efficiency between wells for ISR applications.


Enhanced Geothermal Systems

Engineered Permeable Flow-Paths & New Reservoir Potential

NaturaFrac can generate variable pressure pulse profiles to match specific formation response needed.  We can vary strain rates, peak pressurization pressures, and pulse duration to ensure optimal fracture geometry results.  We do not follow the path of least resistance at high strain rate applications and can create a very tailored solution capable of deep formation applications.

  • Control of fracturing complexity, fracture apertures, and directionality
  • Eliminates Risk Borne By Path Of Least Resistance Limiting Hydraulic Fracturing And Affecting Unintended Zones
  •  Added Reservoir Volume Between Wells Without Short-circuiting Preferential Flow Paths
  • Utilize Advancements for In-Situ Recovery Mining To Design Productive Well Spacing
  • Capable of Wet & Dry Rock Environments

Oil & Gas Applications

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