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Ukraine
Institute of Geophysics and Problems of the Earth
Innovative Technology
for remote sounding of
fresh and thermal waters

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Innovative Technology for remote sounding
of fresh water
Contents
1. About company "Institute of Geophysics and Problems of the Earth "
2. General Provisions
3. Scientific approach to the formation of artesian groundwater
4. The most powerful natural sources of fresh water on the globe
5. Some of the work performed
6. Experience of the work performed
7. Innovative Geophysical Exploration Technology
8. Service Ideology using RSS-NMR technology
9. General Idea of the Technology

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1. About company "Institute of Geophysics and Problems
of the Earth "
Institute of Geophysics and Problems of the Earth is an innovative scientific and
technological production company that provides a wide range of services for identification and
research of water resources, hydrocarbon deposits and various minerals.
The main goals of the company are the creation and implementation of innovative technologies
that increase the efficiency of exploration of fresh water. hydrocarbon and other natural
resources of the Earth.
The Company's strategy for the provision of geophysical services is always the same -
achieving the result with the greatest efficiency and with the lowest cost for the Customer,
that is:
- high performance,
- speed of task performance,
- inspection of territories without
restrictions,
- absolute environmental friendliness,
- relatively low cost of work.

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2. General Provisions
Water supply problems in the world is getting more acute. This problem is especially
relevant for countries with arid climate and deserts who occupy large areas.
Relevant is the development and application of accurate, rapid and inexpensive
methods to search for underground fresh water in large areas and depths
The scientists of our company developed and successfully applied the technology of
direct search for underground water resources, based on the effect of resonance.
Search depths - up to a few kilometers!
Confidence in the success is based on three main principles:
1. The development of a scientific approach to the genesis of groundwater.
2. Successfully completed freshwater research projects in various countries.
3. The presence of highly effective technology groundwater exploration.
The use of technology in your country lets you quickly inspect large and hardly
accessible areas, identify underground fresh water and to determine the
optimal drilling point.

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3. Scientific approach to the formation of artesian groundwater
Mechanism of formation of underground waters is that sea water along tectonic fractures
comes to the magma chamber (2000 ÷ 3000 m depth), where the water boils.
The resulting vapor flows under pressure into the upper water permeable rocks by tectonic
fractures (at a depth of 400 ÷ 1000m) condenses and forms an underground fresh water lakes.
Of these lakes along the faults expire streams of fresh water
From boiling zone by tectonic fractures expires geothermal salt water (at a depth of 2000 ÷ 2500 m).

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4. The most powerful natural sources of fresh water on the globe
In all cases, groundwater flow is discharged into the seas and oceans (wedge out in the lake)
through hundreds of kilometers at certain depths and distances from the shoreline.
Along the way, the flow of fresh water is branching into smaller streams, which cover large areas.
We have identified a number of major sources of groundwater in different countries:

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A few more examples of powerful natural sources of fresh water
Publications by our scientists on this subject
1. G.A. Bielawski, NI Kovalev. New technologies in remote environmental monitoring of underground and underwater
objects // "Environment and Resources", vol. Number 9, Kiev, 2004., P.7.
2. N.I.Kovalev, etc. Investigation of the mechanism of formation of underground fresh water near the magma chambers
extinguished volcanoes. International Conference «Space technologies in geophysics» //C.P. Russia, 2013.
3. N.I. Kovalev, etc. On the mechanism of formation of underground fresh water near magma chambers. - The book
Scientific works of СНУЯЭиП, vol. 2(46), 2013.
We can not only find natural "boilers", but also determine their structure:
Parameters Рoint number 6
Mauritania
Point number 8
Egypt
Point number 9
Mozambique
Рoint number 13
Iran
Receipt of salt
water.
Atlantic Ocean.
3 km width
Mediterranean
Sea. 8 km width
Indian Ocean.
10 km width
Caspian Sea.
10 km width
Geothermal
water
Geothermal
salty streams.
The depth of
~ 2000 m
Geothermal
salty streams.
The depth of
~ 2500 m
Geothermal
salty streams.
The depth of
~ 2300 m
Geothermal
salty streams.
The depth of
~ 2000 m
Freshwaters 3 flow. Depth
70m -128m
Multipe streams
of fresh water.
Depth ≥ 200m
Multipe streams
of fresh water.
Depth ≥ 150m
3 flow of fresh
water. Depth =
180 - 240m

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5. Some of the work performed (point 14 - UAE)
Fresh water
For example: In the magma chamber number 14 in the south of Iran sea water comes from the
Arabian Gulf. As a result forming two flow of geothermal water at depths of 2 and 3 km.
Is also formed a large flow of fresh water that crosses Arabian Peninsula and Saudi Arabia.
A powerful stream of fresh water crosses the UAE at a depth of 280m - 350m.
Further underground streams wedge into in the Red Sea near the city of Jeddah.
Presalted water

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The formation of large water flows in southern Africa
9 M
7 N
South Africa is powered by two powerful natural boilers 7N and 9M, which create a network of
subterranean streams of fresh water. In this territory may be present smaller power sources.
In sum, they give high prospects of providing the Southern African fresh water.
The problem of existing methods is that they only work at small depths and territories. We will
provide rapid remote detection of underground streams and reservoirs of fresh water on small
and large depths.

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6. Experience of the work performed (groundwater in the deserts)
2008
MAURITANIA
(Sahara)
Detected and then opened the flow of
fresh water in the desert. Results:
The depth of 75m - 150m
Spouting water with the debit of 90
tons per hour (25 liters per second).
The work was commissioned by the
Department of Geology of the Ministry
of Energy of Mauritania (Chief
Geologist Lamine Ibrahim).
Initially remote search facilities were
surveyed 2,500 km square. Then, the
mobile equipment on the terrain were
refined parameters of occurrence of
water and drilling points.

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Experience of work performed (groundwater)
2011
MONGOLIA
(Gobi)
Detected and then opened the flow of
fresh water in the Gobi Desert.
Results: 6 wells were drilled with a
diameter 67 mm, all successful.
Depth of 290m - 320m.
For all wells debit of water from 20 to
25 tons per hour (5 - 7 liters per
second).
The work was commissioned by the
Mongolian-Ukrainian company "Mon-
Zim-International".
Remote search tools have been
surveyed more than 1,600 sq km.
Then, with the help of mobile devices,
on the terrain were refined data
streams of water, and drilling points.

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Comparison of our data with drilling
Europe's Best Water Search
Technology 2019
Honorary "Crystal
Prize Water
2019 drop"
Ethiopia, Danakil Desert
AfterBefore
Country Area remote The depth, m Water Тype
Our data / drilling results Our data / drilling results
Mauritania,
city of Atar
2500 sq. km. 80 ÷ 130
75 ÷ 150
Fresh / fresh
Mongolia,
Gobi Desert
1600 sq. km. 270 ÷ 320
290 ÷ 320
Fresh / fresh
Cyprus,
cityof Limassol
400 sq. km. 180 ÷ 200
195 ÷ 205
Fresh / fresh
Ukraine,
Sevastopol,
Simferopol
1600 sq. km. From 50 to 950 Fresh / fresh

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The technology is based on the principle of resonance, which allows
directly identify and record the required substances
RSS-NMR technology classification
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The “direct” method of prospecting and exploration of mineral deposits
Resonance Spectral Sounding
(RSS)
Remote surveying of territories
based on resonance processing
analog IR space images
Work on the ground with
using point-to-point NMR
sounding of deposits
Thus, RSS-NMR technology consists of methods:
RSS - for remote surveying of territories, sites, points.
NMR - for work on the ground / fieldwork .
At the same time, operational research of hydrocarbons, minerals, underground fresh
and thermal waters both on large and small territories of land and shelf is provided.
Nuclear magnetic resonance
(NMR)
7. Innovative Geophysical Exploration Technology

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Technology Features
Territory of use - without restrictions (on land or on the shelf)
Survey area - virtually no limits
Depths of research - from 0 to 5 km
Searched minerals - oil, gas, water and other minerals
Efficiency - for hydrocarbons and water > 90%
The duration of the stages - up to 1 month.
Environmental safety - the method is absolutely safe for
people and the environment

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8. Service Ideology using RSS-NMR technology
The presence of a highly effective remote research phase in combined with
a ground survey of deposits allows implement a unique geophysical service
covering almost all possible tasks of the customer.
These tasks include:
1.Rapid identification of hydrocarbon deposits on the Customer’s territory
and their contouring (“diagnostics” of the territory in 2D format);
2. Detailed remote exploration of identified deposits (3D),
3. Testing of drilling points obtained by classical methods;
4. Conducting an expedition for a detailed survey of deposits (3D), etc.
A standard approach for exploring the territory of the Customer is first to “diagnose” the site and
then, if there is a deposit (s) of groundwater, conduct a detailed inspection of them.
This approach can significantly reduce time and costs in the event of the identification of
"empty" areas.

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9. General Idea of the Technology
С
В
A
D
Water
Oil
Test
wafer
Reprinter
Preliminary the spectrum of the sought-for mineral is recorded on special test wafers
Isotropic
broad-band
radio
emission
Photograph Тest X-ray film
Aerospace photographs
Test wafers are used as a resonator during resonant l
processing of analogue aerospace photographs of the
territory obtained in the infrared range.
Result is direct detection of underground streams and
reservoirs of fresh water, determine their depths and
drilling points.
Ground expedition
Point-to-point NMR resonance sounding of an area:
improvement of deposit contours and depths, selection
of optimal drilling points.
Test wafers are used for spectral modulation of
transmitter’s radiation

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Innovative methods are patented and tested
Testing in the USA at 5 wells
showed 100% effectiveness and
95% accuracy for depths of horizons
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We believe that application
of the Technology will have a significant economic impact
which can be achieved within very short time!
Thank you for your attention
Landline +591-33257175
Mobile +591-716-96657 (WhatsApp)
VoIP: + 1-786-352-8843
Skype mlf10357
Home Bolivia: +591-3-3330971
Michel.friedman@fands-llc.biz