EXPLORATION VIA SATELLITE

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WE CAN SEARCH FOR ANY

COMMODITY. ANYWHERE.

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▪ VMF is a revolutionary technology for exploring the Earthfrom outer space to identify and locate hydrocarbons,groundwater, and other Earth mineral deposits.

▪ At the core of VMF is the study of interaction between thetargeted substance and radiated energy. All subsurfacedeposits generate energy and leave unique SpectralSignatures, which can be registered by satellitephotographs.

▪ VMF surveys are based on the processing of analoguemultispectral images, which are captured by specializedfilm-return satellites.

(Verification of Multispectral

Forecast)

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▪ The basic nature of VMF rests on the premise that all physical objects have unique properties of energy. All elements in the Earth's crust exist in an excited state and are constantly emitting intrinsic electromagnetic radiation with its unique amplitude and frequency.

▪ Since different lithologic units in the Earth's crust have different atomic structure, the electromagnetic (EM) field generated by each unit has distinct properties. The EM field produced by a lithologic unit overlaps EM fields produced by other lithologic units. Therefore, the Earth's electromagnetic field at any point is stacked, i.e. it contains overlapped EM fields from different lithologies.

▪ That electromagnetic radiation can be captured above the surface by remote sensing systems. The captured electromagnetic information can be analyzed to filter out the electromagnetic field, generated by the substance of interest.

The VMF Technology is

environmentally friendly.

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• Survey depth from a few meters up to 8 kilometers.

• Chemical element positioning with an accuracy of up to 3 meters.

• The opportunity based on the results of aerial reconnaissance data to construct a 3D model of the field.

• The ability to calculate the exact volume in cubic meter in the specified area.

• Ability to Survey anywhere without limitations Offshore or Onshore, through Water and Ice.

• Direct Identification of Minerals / Hydrocarbons / Groundwater.

• Stratigraphic columns with its true vertical depths.

• Estimation of reserve with 98% precision.

• Eliminates time cost (inflation, risks, etc.)

• Survey of 1,000 Sq.Km will take and average of 2 months.

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Special mathematical analysis based

on the mathematical equations of

Navier - Stokes, Maxwell,

Ostrogradsky, Helmholtz for vector

potentials and analytical and

statistical analysis allow us to

estimate the inferred mineral

resources in a given area.

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The type of mineral deposits

discovered by using VMF

Technology.

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• THE FIRST STAGE – COLLECTION AND ANALYSIS OFVISUALIZED AND REFERENCE INFORMATION

• THE SECOND STAGE – MULTISPECTRAL, SPINOR ANDMATHEMATICAL ANALYSIS TO CREATE A 2D MODELSHOWCASING RESERVES

• THE THIRD STAGE – CREATE A 3D MODEL OF HIGHCONCENTRATED RESERVES WITH EXACT QUANTITY,DEPTH AND QUALITY

THE SECOND STAGE IS SCANNING

THE COMPLETE AREA, WHEREAS THE

THIRD STAGE IS SCANNING THE

HIGH CONCENTRATED AREA ONLY.

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PAST REPORT SAMPLE

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High-Speed remote detection and

evaluation of the structure and

reserve of Oil & Gas fields.

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▪ When searching and delineating oil and gas fields, the total spectra of dozens of main hydrocarbon compounds are used, which significantly improves the accuracy of the location and morphology of hydrocarbon deposits. The depth of scanning for oil and gas fields is from 0 to 8 km.

▪ Unlike all other remote sensing and scanning technologies, the complex of indirect, mainly structural-lithological features of the probable location of hydrocarbon deposits, the VMF method is based on the capture and processing of direct signals of elements constituting real hydrocarbon deposits.

It is achieved due to the exclusion of costs that are required when traditional methods of exploration:

• eliminates the cost of geophysical, geochemical, geological survey to determine the geophysical characteristics of the field (VMF allows you to immediately identify the type of deposits);

• eliminates the cost of drilling a large number of exploratory and development wells over large areas

• eliminates the dry wells;

• removes the costs associated with the price in case of complex geographical conditions, and as a consequence limits for field and office work;

• eliminates time cost (inflation, risks, etc.);

• eliminates the cost of environmental protection, land reclamation, etc.

VMF Technology eliminates the

drilling of unnecessary wells

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The purpose of the work at this stage

(Stage 1) is to search for

concentration of hydrocarbon. Land

size is 16.6 km2. This 2D report took

1 month to complete.

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The purpose of the work at this stage

(Stage 2) is to build a deep

geological 3D model of hydrocarbon

reserve. During the implementation

of research work at this stage

geophysical studies of promising

zones by the method of VMF have

been carried out. Studies were

carried out to a depth of 4000 meters

from the surface of the earth. The 3D

model of the hydrocarbon reserve is

built around 4,624 virtual wells. This

3D report took a further 1 month to

complete.

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PAST REPORT SAMPLE

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Stages of Research Areas using the

method of VMF.

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▪ Selection and preliminary study of the study area.

▪ The choice of high-quality satellite digital materials of high resolution - in the area.

▪ Processing of digital data for a given element of a given valence - spinor, multispectral, special mathematical analysis, programming and computer processing of materials.

▪ Compilation of a 2D model of the projection of the total concentrations of given elements on the surface. (Searches and modeling of ore deposits are carried out by one or several genetically related elements, for example, Au, Ag, Pt, Cu, Fe, S, As - Sn, Li, Ta - C, H, S, N, O, etc.)

▪ Compilation of a 3D model of concentrations of specified elements in selected areas. (The volumetric model is built by processing the data of the frontal and angular surveys of the geological block, where the correlation coefficients of the signal strength are introduced depending on the depth of the deposits. This makes it possible to determine the concentrations of given elements at specific points in space and to give a volumetric estimate of the reserves of mineral raw materials in the geological block.)

▪ Optional: Conducting control geological work - with the analysis of ores in the mobile technological laboratory. Geological interpretation of all data obtained. Determination of areas of detail of the work and places of laying operational workings.

The purpose of the work at this stage

(Stage 1) is to search for

concentration of AU. Land size is 80

km2. This 2D report took 1 month to

complete.

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The purpose of the work at this stage

(Stage 2) is to build a deep

geological 3D model of gold deposit

of Zone 3. During the

implementation of research work at

this stage geophysical studies of

promising zones by the method of

VMF have been carried out. Studies

of rocks were carried out to a depth

of 400 m from the surface of the

earth. The 3D model of the gold

deposit is built around 2,237 virtual

wells. This 3D report took a further 1

month to complete.

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Cut to 350 meter depth.

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PAST REPORT SAMPLE

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Through a phased multispectral and

a special mathematical study of the

intensity of electromagnetic fields,

data were obtained on the

localization of H, D, O accumulations

in the study area.

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Head Office | Russia

Asia Office | Singapore

Europe Office | United Kingdom

MENA Office | United Arab Emirates

Licensed by Hirzel Ventures FZE

P.O.Box 56805, Ras Al Khaima Economic Zone

Email: tech@hirzelventures.com

Email: sh@vmftechnology.com

Web: www.vmftechnology.com

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