New Technology: Ground Surveying Using Magnetic Nuclear Resonance. Applied in geology, it surveys land to a depth of 5000 meters. It is 50 times faster than traditional geological exploration and 25 times cheaper, with an accuracy of 100%.
Underground Freshwater Streams: These streams flow for hundreds of years over thousands of kilometers. From seas and oceans, they flow underground into tectonic faults, then into volcanic heaters where they evaporate. The steam turns into freshwater, forming underground streams. The technology determines the depth, direction, and volume of these streams and provides coordinates for drilling wells. A container with pumping equipment and solar panels can be installed at the well. The water can be used by people, animals, and for irrigation. The technology can also detect nearby quartz sands, suitable for building a new glass bottle manufacturing plant to bottle and sell the tasty drinking water.
Detects Solid Minerals: Gold, copper, lithium, chromium, diamonds—all solid minerals. For example, to find gold in a 100 square kilometer area, the technology uses analog images from the Space Station in infrared radiation. A chemical composition of gold is applied to a special helium plate, and the container is irradiated in a nuclear reactor. The results are decoded by nuclear engineers, physicists, chemists, mathematicians, topographers, and geologists. It detects ore gold, vein gold, and alluvial gold, as well as their depth, dip angle, and estimates total reserves. The technology can discover a new gold deposit each month. If you need a lithium deposit with a reserve of 1,000,000 tons, we can find it. Our technology is also uniquely effective for locating jewelry-grade diamonds. This saves you time, achieving results 50 times faster.
Oil, Gas, and Gas Condensate: Our technology can determine the boundaries of deposits, their depth, pressure, and segmentation points—where all collectors converge. Drilling directly at this point can extract 75% of the oil from the entire deposit, eliminating the need for exploratory and appraisal wells, and minimizing environmental damage. On the offshore shelf, we can see through seawater and an additional 5000 meters of solid rock, quickly determining the commercial viability of the deposits.
Geothermal Energy: Initially, we search for tectonic faults. In these faults, we look for hot, therapeutic water streams up to +100 degrees Celsius, suitable for year-round therapeutic pools and municipal heating. Hot water streams above +100 degrees can power geothermal power plants. At depths of 5000 meters, hot dry rocks with temperatures of +360 degrees can also be used for geothermal power stations.
For example, if you are interested in the development of a country, having four such underground maps would make it easy to develop a 50-year strategic development plan.
Underground Freshwater Streams: These streams flow for hundreds of years over thousands of kilometers. From seas and oceans, they flow underground into tectonic faults, then into volcanic heaters where they evaporate. The steam turns into freshwater, forming underground streams. The technology determines the depth, direction, and volume of these streams and provides coordinates for drilling wells. A container with pumping equipment and solar panels can be installed at the well. The water can be used by people, animals, and for irrigation. The technology can also detect nearby quartz sands, suitable for building a new glass bottle manufacturing plant to bottle and sell the tasty drinking water.
Detects Solid Minerals: Gold, copper, lithium, chromium, diamonds—all solid minerals. For example, to find gold in a 100 square kilometer area, the technology uses analog images from the Space Station in infrared radiation. A chemical composition of gold is applied to a special helium plate, and the container is irradiated in a nuclear reactor. The results are decoded by nuclear engineers, physicists, chemists, mathematicians, topographers, and geologists. It detects ore gold, vein gold, and alluvial gold, as well as their depth, dip angle, and estimates total reserves. The technology can discover a new gold deposit each month. If you need a lithium deposit with a reserve of 1,000,000 tons, we can find it. Our technology is also uniquely effective for locating jewelry-grade diamonds. This saves you time, achieving results 50 times faster.
Oil, Gas, and Gas Condensate: Our technology can determine the boundaries of deposits, their depth, pressure, and segmentation points—where all collectors converge. Drilling directly at this point can extract 75% of the oil from the entire deposit, eliminating the need for exploratory and appraisal wells, and minimizing environmental damage. On the offshore shelf, we can see through seawater and an additional 5000 meters of solid rock, quickly determining the commercial viability of the deposits.
Geothermal Energy: Initially, we search for tectonic faults. In these faults, we look for hot, therapeutic water streams up to +100 degrees Celsius, suitable for year-round therapeutic pools and municipal heating. Hot water streams above +100 degrees can power geothermal power plants. At depths of 5000 meters, hot dry rocks with temperatures of +360 degrees can also be used for geothermal power stations.
For example, if you are interested in the development of a country, having four such underground maps would make it easy to develop a 50-year strategic development plan.
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