AMRT™ FOR GROUNDWATER EXPLORATION
Improve Confidence in Groundwater Exploration Decisions
CC Explorations applies AMRT™ satellite-based analysis to identify subsurface patterns, evaluate potential groundwater zones, and provide additional intelligence before field investigations and drilling programs begin.
Built on Decades of Geological Expertise
CC Explorations has spent decades developing and refining its methodology through worldwide survey deployment, combining geological expertise with continuous technical development across diverse exploration environments.
20+
Years of Development
Built through continuous research and real-world field application.
50+
Countries Deployed
Applied across exploration projects in diverse geological environments.
1,000+
A Number of Surveys
Completed across exploration initiatives worldwide.
up to 93%
Reported Accuracy
Demonstrated correlation across completed exploration survey projects.
CHALLENGES
Finding Groundwater Starts with Understanding What Cannot Be Seen
Groundwater systems are controlled by complex subsurface conditions that are difficult to evaluate from the surface. Before drilling begins, exploration teams must make critical decisions with limited visibility into aquifer location, depth, and potential yield.
Limited Subsurface Visibility
Groundwater exists within complex aquifer systems where depth, geometry, permeability, and water pathways are often difficult to determine without extensive investigation.
Uncertainty Before Drilling
Selecting drilling locations requires interpretation of multiple datasets, yet uncertainty often remains, creating the risk of unsuccessful wells and increased exploration costs.
Complex Geological Conditions
Fractured rock, fault systems, karst formations, and variable geological structures can make groundwater occurrence highly unpredictable.
Time- and Resource-Intensive Investigations
Traditional groundwater exploration can require multiple survey stages, field programs, and analysis before drilling decisions can be made.
Solutions
Enhancing Groundwater Target Evaluation Through AMRT™
Groundwater exploration involves significant uncertainty due to the complexity and variability of subsurface geological systems. Effective decision-making requires integrating multiple data sources to improve understanding of potential groundwater zones. AMRT™ combines satellite-based analysis with geological and geophysical indicators to identify subsurface patterns and provide additional intelligence for groundwater exploration planning. This enables exploration teams to prioritize prospective areas, refine drilling strategies, and reduce uncertainty before committing significant field resources.
~10,000 ft
Detection Depth
~93%
Reported Correlation
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Satellite-derived groundwater intelligence
01 Geological Target Mapping (KMZ Format)
High-resolution survey outputs delivered in Google Earth KMZ format, highlighting interpreted groundwater potential zones, geological structures, and areas recommended for further investigation.
02 Identification of Potential Groundwater Zones
Identify areas with geological characteristics consistent with potential water-bearing formations to support groundwater exploration planning and target prioritization.
03 GPS Coordinates for Field Validation
Receive recommended coordinates for groundwater testing, well placement, drilling programs, and field verification activities.
04 Estimated Depth to Target
Receive estimated depth ranges from the surface to interpreted subsurface groundwater targets to support well design and drilling strategy.
05 Structural and Geological Formation Mapping
Map interpreted geological structures, fracture systems, and subsurface features that may influence groundwater movement and accumulation.
06 Priority Well Target Recommendations
Identify priority locations within interpreted groundwater systems for follow-up investigation, testing, and potential well development.
07 Water-Bearing Structure Depth Interpretation
Receive estimated depth measurements for interpreted groundwater targets and subsurface structures to support exploration planning.
08 Technical Summary and Exploration Recommendations
A technical report summarizing survey findings, geological interpretations, groundwater target areas, and recommended next steps for future exploration activities.
Case STUDY I
Blind Validation Study
With more than 2,500 boreholes already completed across the project area, Tiebele Mining SARL used a blind AMRT™ survey to assess whether satellite-based analysis could improve target prioritization and reduce unnecessary drilling in future exploration programs.
98%
Correlation with Existing Data
358
Potential Drill Holes Avoided
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Case STUDY II
Featured on the History Channel’s Search for Yamashita’s Gold
As featured in Lost Gold of World War II, CC Explorations contributed remote sensing expertise to help investigate underground targets and complex subsurface conditions in the Philippines. The project demonstrated the use of advanced survey technologies in difficult and highly constrained environments.
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Where AMRT™ Fits Within the Groundwater Exploration Workflow
CC Explorations works alongside your existing groundwater exploration process, delivering independent survey intelligence that supports target prioritization before significant capital is committed to field programs and drilling.
Typical Project Timeline
Survey Duration 7–10 business days
Report Delivery 30–45 business days*
Before the development of AMRT™, CC Explorations applied its remote sensing expertise across a range of geological investigations and subsurface detection projects. These early projects contributed to the technical framework and analytical methods used in today’s exploration workflow.
Forks of Salmon Project
Satellite analysis of a historic paleochannel system identified prospective alluvial deposits beyond the current river course. Field verification confirmed the presence of placer gold, demonstrating how remote sensing can help prioritize overlooked targets and guide early-stage exploration efforts.
Mining · Gold · CALIFORNIA, US
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Golden Unicorn Project
Satellite-based remote sensing identified multiple geological target zones that guided field exploration, resulting in the discovery of unusual gold, silver, and platinum group metal occurrences.
Mining · Gold · OREGON, US
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See If AMRT Is the Right Fit for Your Project
Submit your project area for a technical review. Our team will evaluate whether AMRT™ can help prioritize exploration targets and reduce uncertainty before significant field investment.
Questions
Direct answers for exploration teams who need facts, not fluff.
How accurate is AMRT™ Technology?
Can AMRT™ replace seismic surveys?
How long does a typical survey take?
What deliverables are included?
What geographic regions can be surveyed?
Can this support investment decision-making?
Is physical site access required?
