Geothermal Energy Prospect
This project involves imaging of geothermal structures in El Salvador to support sustainable energy development.
3DGEm captures ambient ElectroMagnetic (EM) waves using nodal triaxial magnetic and biaxial electric sensors to create high-definition 3D maps of the geological subsurface
We are a family of geologists, geophysicists, and geophysical software and hardware engineers dedicated to provide 3DGEm as a cutting-edge subsurface imaging solution. Our same team supervises all field deployments to ensure that we deliver unparalleled imaging of the subsurface which empowers our clients to make informed decisions.
We promote 3DGEm system as a novel geophysical service that provides high-resolution mapping tool-system in geophysics and structural geology
3DGEm's proprietary data capture and processing system provides a lightweight system that detects ambient data sources, eliminating the need for artificial signal generation. This results in a cost-effective, environmentally friendly solution that delivers superior subsurface imaging capabilities.
The system's triaxial magnetic sensors and biaxial electric sensors work in unison to capture comprehensive electromagnetic field data, enabling detailed 3D imaging of geological structures. The imaging capabilities of 3DGEm surpass traditional methods, offering enhanced resolution and accuracy for applications in mineral exploration, environmental studies, and geotechnical investigations.
3DGEm system uses a nodal system that allows easy and short deployment times coupled with its proprietary data processing producing high-resolution data used to generate 3D subsurface images for various applications including mineral exploration, environmental studies, and geotechnical investigations.
3DGEm's wireless device is designed for easy deployment and minimal setup time.
3DGEm's nodal device is designed to minimize environmental impact during deployment and operation.
3DGEm's device captures ambient electromagnetic field data without the need for artificial signal generation.
3DGEm's device is composed of multiple components that work together to provide multi-axial magnetic and electric data.
3DGEm's data processing employs advanced algorithms that generate high-resolution data in multiple modes.
3DGEm's high-resolution data provides exceptional coverage for high-definition 3D imaging.
3DGEm system is versatile and can be applied across various industries and use cases. Its high-resolution subsurface imaging capabilities make it suitable for mineral exploration, environmental studies, geotechnical investigations, and more.
Unique dual-mode data format A and B reveal logically-intuitive geological models that are easy to interpret.
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Approximates the local relative thermal structure using the inductance index.
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Identifies and characterizes karst features in subsurface data for enhanced geological understanding.
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Maps subsurface temperature variations to support geothermal and environmental studies.
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Provides insights into subsurface water flow and distribution patterns for effective groundwater management.
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Produces imaging of diatreme structures for enhanced geological understanding and resource exploration.
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Gives imaging of subsurface civil structures for infrastructure planning and management.
Learn MoreChoosing 3D EDGE means partnering with a team dedicated to innovation, expertise, and client success. Our unique approach combines cutting-edge technology with deep industry knowledge to deliver unparalleled results.
Here are some of our recent projects showcasing our expertise in delivering innovative solutions across various application domains. Each project highlights our commitment to excellence and our ability to drive meaningful results for our clients.
This project involves imaging of geothermal structures in El Salvador to support sustainable energy development.
This project involves imaging of geothermal structures in Nevada to support sustainable energy development.
This project involves imaging of geothermal structures in Nevada to support sustainable energy development.
This project involves monitoring the structural integrity of a Dam in Capiz, Philippines.
This project involves exploring gas deposits in Isabela, Philippines.
This project involves exploring mineral deposits in Davao, Philippines.
This project involves creating a 3D visualization of the subsurface for sinkhole susceptability in Aklan, Philippines.
Let's discuss how we can design a survey for your site to generate high-resolution 3D visualization.
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