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Science of GeoResonance Technology

20+ technologies.
One solution.

GeoResonance technology is a unique combination of quantum physics, mathematics, chemistry, and technical innovation. It has been invented, verified, and continuously improved by our multinational team of scientists and geophysicists.

How does GeoResonance technology work?

GeoResonance technology is based on the fundamental principle that all physical objects possess unique properties of energy. In the Earth's crust, all elements exist in an excited state, emitting intrinsic electromagnetic radiation with distinct amplitude, frequency, and phase. This radiation serves as a "fingerprint" for each element, allowing GeoResonance to identify and locate specific materials with great accuracy.

As various lithologic units possess unique atomic structures, the electromagnetic field generated by each unit has distinct properties. These fields overlap with those produced by other lithologic units, resulting in a stacked electromagnetic field across the surface of the Earth. This field contains the overlapped electromagnetic fields from various lithologies at any given point on the surface.

GeoResonance oil trap

That electromagnetic radiation can be captured by Remote Sensing systems from above the surface. The captured electromagnetic information can then be analysed to filter out the EM field(s) generated by the substance of interest.

GeoResonance oil deposit type anomaly
Remote Sensing Survey

Remote Sensing
Key Enabling Technologies

GeoResonance Remote Sensing methodology makes use of over 20 technologies. Some of the key enabling technologies are:

  • Earth Remote Sensing
  • Multispectral imaging
  • Gamma irradiation, radiation chemistry
  • Photostimulated luminescence
  • Nuclear Magnetic Resonance (NMR) spectroscopy
  • Atomic absorption spectroscopy
  • X-ray fluorescence
  • Proprietary know-how. Patents 86496-UA, 35122-UA, 2007A00347-EU.
On-Site Survey

On-Site Survey
Key Enabling Technologies

An On-Site Survey follows the GeoResonance Remote Sensing stage, to take the accuracy of geophysical findings to the next level.

Main key enabling technologies used by GeoResonance On-Site Survey methodology are:

  • Nuclear Magnetic Resonance (NMR) spectroscopy
  • Electron Paramagnetic Resonance (EPR) spectroscopy
  • Earth Field NMR (EFNMR)
  • Earth’s Natural Pulse Electromagnetic Fields (ENPEMF)
  • Proprietary know-how. Patents 86497-UA, 55916-UA, 2272305-RU, 2007A000247-EU.
Book Technology Presentation
One solution for all commodities
Scientific, cost and timeline advantages over traditional technologies.

Petroleum exploration with GeoResonance

Learn the potential
of your deposit
before you drill.

Since 1997 the GeoResonance team has successfully completed over 60 hydrocarbons survey projects around the world. The effectiveness of GeoResonance technology has been proven by drilling results.

GeoResonance can execute either a standalone Remote Sensing survey or Remote Sensing followed by an On-Site Survey, depending on the client's requirements. The On-Site Surveys provide unmatched accuracy and a wealth of reported data. The table below summarises the capabilities of GeoResonance petroleum surveys:

Mineral exploration with GeoResonance

Base and precious metals.
Any terrain.

Hydrogeological exploration with GeoResonance

Discover new aquifers.
In weeks.

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