MINERAL EXPLORATION

BASE AND PRECIOUS METALS. ANY TERRAIN. ANYWHERE.

Remote Sensing by VMF is an unmatched exploration tool for direct identification of mineral deposits.
 
We map locations and boundaries of anomalies of the targeted minerals, evaluates tectonic structure, determines occurrence depths of ore bodies down to several kilometers, build deposit cross-sections and produce recommendations for mining programs.

>> SPEED DETECTION, ASSESSMENT AND DEVELOPMENT OF MINERAL DEPOSITS AND INDUSTRIAL WASTES
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Nowadays, in the field of geology and mining, more and more time and money is spent on prospecting and exploration of mineral deposits that are not reaching the surface, located in hard-to-reach places, under modern sediments.

At the same time, as a result of the exploration, development, chemical enrichment of ores, and the accumulation of toxic substandard ores and tailings, nature causes great environmental damage.

VMF allow us to accelerate the detection and assessment of ore fields and deposits, as well as develop environmentally friendly technologies for processing ores and tailings in a very short time and using a compact group of specialists.

Our work is based on the long-term practice of remote scanning, geological study and modeling of dozens of concessions and mineral deposits of various types - in Russia, Central Asia (Uzbekistan, Tajikistan, Kyrgyzstan), Africa (Sudan, Burkina Faso, Namibia, etc.), South America (Peru), China and other countries.

>> 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.)

​>> REPORTED PARAMETER

Capability	Description
Survey Area	Any size. Anywhere. Onshore or Offshore
Identification of hydrocarbons	Direct, by Spectral Signature
Sensing depths	8 kilometers
Object of investigation	Exact Deposit Type
Deposit Contours	Reported in 3D
Deposit area size	Reported in 3D
Number of subsurface mineralization zones	Reported
Occurrence depths of mineralization zones	Reported
Thickness of each mineralization zones	Reported
Groundwater contact	Reported
Anomaly cross-sections	Reported
​Estimation of probable reserves	Reported
​Recommendations for geological sampling	Reported
Map scale	Any scale

PAST PROJECT SAMPLES BELOW

>> ​2D MODEL

​The purpose of the work at this stage 1: assessment of the estimated mineral resources within the boundaries of the contour zones.
In the course of research work at stage 1, the site under study revealed the localization of ore deposits of the following elements: Au; identified promising areas for further exploration, applied contours of ore deposits. In the course of research work at this stage, geophysical studies of promising areas were carried out using the VMF method. Rock studies were carried out to a depth of 400 m from the surface of the earth.

>> ​3D MODEL

The purpose of the work at this stage 2: the construction of a deep geological 3D models of gold deposits. In the course of research at this stage
geophysical surveys of promising areas were carried out using the VMF method. Rock studies were carried out to a depth of 400 m from the surface of the earth. The 3D model of the gold deposit (zone No. 3) was built in accordance with 2,237 virtual wells.

"3D model of virtual wells"

Block Model of Ore Body. Section up to 350 meters.

Block Model of AU. Area of increased concentration.

FOR COMPANIES THAT NEED PRECISE RESULTS.