EXPLORATION TECHNOLOGY
Magnetic Nuclear Resonance
"Ground-breaking technology for remote prospecting and discovery of hydrocarbons and rare earth mineral deposits with 99.9% accuracy."
* Hydrocarbons / Rare Earth Metals / Fresh Water / Thermal Energy
* 50X Faster Turn Around
* Much Less Cost
* 99.9% Accuracy
* 5,000 Meters Below Surface
* Utilizing Satellite Imagery
For the development strategy of each country for the next 50 years, it is necessary to have four underground maps at a depth of 5000 meters:
1) an oil and gas map
2) a map of freshwater flows
3) a map of solid minerals
4) a map of geothermal energy.
This can only be achieved through our new technology - remote sensing of the Earth using magnetic nuclear resonance. It surveys 50 times faster than classical geological exploration, at a significantly lower cost, with an accuracy of 99.9%.
For oil, gas, and gas condensate:
This technology reveals the contour of deposits, depth, layers, pressure at the cap, oil pressure, and identifies the segmentation point or the convergence point of all collectors. The process involves obtaining coordinates of the land plot for exploration. Four coordinate points are purchased for analog photos in infrared radiation from a space station. Then, a chemical composition of hydrocarbons is applied to a special helium plate. X-ray film is added, forming a container that undergoes nuclear reaction exposure. Engineers in space, nuclear experts, physicists, mathematicians, chemists, topographers, and geologists decode the results, preparing a report.
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In this case, hydrocarbons are directly sought, while classical geophysics provides structure, assuming the presence or absence of hydrocarbons. Global statistics show that seismic efficiency is no more than 30%. In the new technology, efficiency equals 99.9% - either we see or we don't. In terms of time, classical geological exploration takes up to 5 years, while the new technology accomplishes this in 2 months (seismic exploration, interpretation, desk work, reconnaissance drilling, experimental drilling, production well takes 4-5 years.
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With the new technology, a direct method is employed, immediately leading to a production well. A drilling point is provided where all collectors converge. This allows extracting 75% of hydrocarbons from the entire deposit through one well.
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The same procedure is repeated and employed for rare earth metals and minerals, including GOLD and SILVER.