Satellite Geo-Survey – Sinergy Global

SATELLITE MINERAL MAPPING

Our partners in Canada, who also operates out of German. Azerbaijan, UK, Egypt, Russia are experts in Satellite Mineral Mapping which give almost 100% accurate results identifying reserves in mine fields. This method is quicker as well relatively cheaper than other conventional methods used for Geological Survey. This method guarantees proven reserves.

One of the technologies that our company is employing is frequency-resonance processing and decoding of satellite images and photographic images which we shortly named “Direct Prospecting remote sensing technology “. We offer exploration services for Clients in search of oil and gas deposits, ore minerals, and the search for drinking, mineral, and hydrothermal waters. This method allows us to acquire data and process it simultaneously rendering up to 100% accurate mapping of HC, water (or any other mineral for that matter) within a remarkably shorter time frame (indicatively) couple to several months depending on the size of the designated acreage. Simplistically speaking, it resembles MRI scanning using methods based upon electromagnetic resonance phenomena per Nikola Tesla’s discovered Earth-standing Waves. The discovery of standing waves means that the Earth responds to electrical vibrations of a certain wavelength range in the same way as a tuning fork to the sound of a certain wave. These specific electrical vibrations, capable of powerfully exciting the globe, have an infinite number of applications of great importance in commercial and many other fields.

Notably, scanning can be done of both offshore and onshore acreage of any size and up to 1000 km depth remotely allowing not only an accurate map of hydrocarbon structure, and water horizons but also its composition. Which is rarely achievable by way of 3D seismic or any other “classical” method.

The company employs highly qualified geologists and geophysicists with experience in industrial geological and geophysical organizations and institutions of the National Academy of Sciences of Ukraine, Germany, and Azerbaijan.

We pride ourselves on having abroad such a strong team of experts that includes geoscientists, radio engineers, and geophysics that have invented the technology and refined it through years of thorough research and development.

Direct Prospecting technology enables us to research all the direct research considered territories to locate and map any minerals of interest. And/or we can research any smaller Client designated acreage up to an exact spot where the Client’s hired drilling company may be planning to lay a well or wells. In the latter instance, we would be able to advise them exactly if they are going to find any hydrocarbons, water, or other substance there or hit a dry well. This will allow the Client to save dramatically both timewise and money-wise.

The fundamental feature of the technology is: the use of technology in prospecting for oil and gas deposits, ore minerals, and aquifers makes it possible to speed up the exploration process in a revolutionary way, as well as increase its efficiency.

Our technological components and equipment are:

a special method for processing and interpreting satellite data and decoding images.
method of vertical electro- resonance scanning.
automated measuring equipment for field observations if required
software for registration, processing, and interpretation of measurement data.
If required, we can also offer a methodology for conducting field observations. These original methods are based on the study of the geoelectric parameters of the medium in impulsive non-stationary geoelectric fields, as well as the quasi-stationary electric field of the Earth and its spectral features over reservoirs of hydrocarbons, water, or other substances. Features and techniques of our method are described in numerous publications (Upon your request we can provide them).

The technology allows you quickly

evaluate oil and gas content, water-bearing horizons, and other minerals of the studied territories using a special technique for processing satellite data.
to determine the depth and thickness of the anomalously polarized layer of the "oil", "gas", "water", etc. type.
to carry out in a short time a reconnaissance survey of an extensive and hard-to-reach oil and gas bearing, water-bearing horizon, or other substances of the territory.
perform detailing within individual anomalous zones and prospective objects to select well locations and decide on directions for further geological and geophysical work and drilling.
find reservoirs in thin layers, areas with an increased gas content of the coal seam and their host rocks
study and predict post-salt and pre-salt (under-eaves) hydrocarbon reservoirs.
If necessary, we can also carry out oil and gas prospecting from a vessel at sea; etc.
identify and map geoelectrical anomalous zones such as "a zone of uranium or gold and other mineralization", as well as determine within the mapped anomalous zones the depth and thickness of an anomalously polarized layer such as "uranium deposit" or "gold deposit".
Identification and tracking of underground water courses of natural and anthropogenic origin, mapping of a water-saturated reservoir.

Approbation and effectiveness

Our technology has been tested in more than 100 well-known oil and gas, water, hydrogen, uranium, gold, and other mineral deposits. Achieving the efficiency of solving a specific practical problem ensures the development of preliminary conclusions and recommendations based on the results of the performed measurement work. The results of the practical application of the technology at various
sites and territories are described in numerous publications (Upon your request we can provide them).

For detailed analysis

The location of the object and its size (Required for water, oil-gas, or ore). Coordinates should be provided in the WGS84 system.
Additionally coordinates of the mouth and bottom of the well (if it is an oil well and drilling is inclined).
Regional geological data of the object (Required for water, oil-gas, ore).
Information about the variety of reservoir rocks in the region or object (Required for water, oil-gas, or ore). rock samples of the region or object containing the minerals of interest. Photograph of the cores from the well or from at least closely spaced drilled wells. (Required for Oil-gas or ore).
petrophysical information on wells in place (if this is an oil and gas search).
photograph of the wellhead Required for water, oil-gas, and ore)
to determine the gold content, we need to have the gold content from nearby sites (grams of gold per ton) (for ore deposits)
topographic information about the terrain (relief) of the object; Required for water, oil-gas, ore)
Drone survey data (orthophoto map, lidar survey); Required for water, oil-gas, ore)

integral assessment

The location of the object and its size (Required for water, oil-gas, or ore). Coordinates should be provided in the WGS84 system
Additionally coordinates of the mouth and bottom of the well (if it is an oil well and drilling is inclined).
Rock samples of the region or object containing the minerals of interest. Photograph of the cores from the well or from at least closely spaced drilled wells. (Required for Oil-gas or ore).
Photograph of the wellhead Required for water, oil-gas, and ore).

Reporting and results

Identification and mapping of tectonically weakened zones and tectonic faults
Identification of prospective intervals of reservoirs and thicknesses (lithological columns, reservoir thickness maps)
Construct a map of the anomalous zone in the contours of the maximum resonant response
Based on the results of the analysis of the work, the volume of detailed processing of the Technical task for drilling is determined. If necessary, recommendations for other studies are given.

SATELLITE MINERAL MAPPING

Approbation and effectiveness

integral assessment

Reporting and results

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