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To date, there is no clear answer to the question of how water came to be on Earth. It seems obvious that, initially, when the Earth was formed and started to cool, there was no water at all. Now water covers more of the earth’s surface than land does.

Hydrogeologists insist that the source of water is atmospheric precipitation. But if that’s true, then such phenomena as pressure fed water sources would not be possible. Pressure fed water does not necessarily require deep drilling. We have found this phenomenon at a depth of less than 20 m.

Another statement of modern geology, which also has no basis, says that water is located in aquifers, in underground rivers and lakes, in lenses, and also in so-called veins. However, all these things are theoretical, because no one has ever seen them. If aquifers existed at certain depths, drilling at any point within the aquifer to the depth of its occurrence would necessarily give water. But this is not so.

There is one very interesting theory about the origin of water, and this theory finds proof in our practical studies.

During the formation of the planets, the protoplanetary cloud, from which the planets were formed, contained a lot of silicon, oxygen, iron, nickel, other elements in much smaller percentages and also hydrogen. Therefore, the core of our planet consists not of iron and nickel, as modern planetology says, but of the hydride of these metals.

If the heat released in the core of the Earth was released ONLY due to the decay of radioactive elements, it would hardly be enough to cause tectonic shifts and volcanic phenomena. The iron-nickel hydride core theory shows where such energy is generated.

Iron-nickel-hydride decomposes into an iron-nickel alloy and hydrogen, and this, as known from practical experiments, is an exothermic reaction. Hence the missing heat.

Free hydrogen begins its slow journey from the core to the surface of the earth (let’s not forget that hydrogen is the lightest substance in nature) and at a certain depth it meets oxidized rocks where the well-known reaction occurs: 2H + O = H2O.

In further support of the theory that this is where the Earth’s water comes from is the fact that 95% of a volcanic eruption consists of water vapour.

As a result of constant radioactive decay, the pressure is constantly rising. When it reaches a sufficient level, cracks form in the Earth's crust and through them liquid and gaseous substances find their way to the surface, as well as water that has been synthesized in the Earth’s core.

Drilling carried out to the centre of these cracks causes water to be released.

The geoscanning method developed by us is close to the hammer seismic method. We choose not only a standard echo, as classical seismic suggests, but also use resonant modes that allow us to obtain additional information. The uniqueness of the method enables us to find water-bearing cracks (zones of tectonic disturbance) and determine their coordinates with the necessary accuracy.