PETROLEUM EXPLORATION

LEARN THE POTENTIAL OF YOUR DEPOSIT BEFORE YOU DRILL.

Remote Sensing by VMF reliably identifies Deposit Type Anomalies of hydrocarbons onshore and offshore.

It determines locations and boundaries of hydrocarbon anomalies, their type (oil, gas, gas condensate), number of hydrocarbon-bearing horizons and their occurrence depths from a few meters up to 8 kilometers, faults and hydrocarbons trap.

We measure quantitative characteristics of a hydrocarbon deposit, determine deposit cross-sections, highlight existing reserves and select exact locations for drilling of exploration wells.

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​>> HIGH-SPEED REMOTE DETECTION AND EVALUATION OF THE STRUCTURE AND RESERVES OF OIL AND GAS FIELDS

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 a few meters up 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.

>> ECONOMIC EFFICIENCY FOR PETROLEUM EXPLORATION

VMF allows to formulate a strategy for the development of mineral resources in the regions, determine the significance of concessions in the purchase or sale, significantly reduce the volumes of non-productive drilling and improve the efficiency of geological exploration. There is the possibility of remote detection and development of not only large-scale, but also narrowly localized single ore zones or non-traditional types of hydrocarbon deposits, the search for which by other methods is economically inexpedient.

• Eliminates the cost of geophysical, geochemical, geological survey to determine the geophysical characteristics of the field;
• Eliminates the cost of drilling a large number of exploratory and development wells over large areas;
• Eliminates the dry wells;
• Eliminates the costs associated with the price in case of complex geographical conditions;
• Eliminates time cost (inflation, risks, etc.);​
• Eliminates the cost of environmental protection, land reclamation, etc.

​>> 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 hydrocarbon-bearing horizons	Reported
Occurrence depths of hydrocarbon-bearing horizons	Reported
Thickness of each hydrocarbon-bearing horizon	Reported
Hydrocarbon type in each horizon	Reported
​Oil-water contact, gas-water contact	Reported
​Anomaly cross-sections	Reported
Estimation of probable reserves	​Reported with 98% accuracy
Recommendation for further exploration and drilling	Reported
Selection of location for drilling of an exploration well	​Advised to locate to specific location
​Map scale	Any scale​

PAST PROJECT SAMPLES BELOW

>> ​2D MODEL

The purpose of the work at this stage: the construction of a deep geological 3D model of the hydrocarbon field and the assessment of the estimated hydrocarbon resources in this area. In the calculation, a snapshot of the surface of the earth was obtained from the satellite. In the course of research work at this stage, geophysical studies of rocks were carried out using the VMF method to a depth of up to 4,000 meters from the surface of the earth. The area for the construction of virtual 3D wells: 16.6 km2. 

Area of the construction of the 3D Model of Hydrocarbon.

>> ​3D MODEL

A 3D model of a hydrocarbon field is built on 4,624 virtual wells.

Block Model of the field of Research. Section up to 1,000 meters.

Block Model of the field of Research. Section up to 2,000 meters.

Block Model of the field of Research. Section up to 3,000 meters.

Block Model of the field of Research. Section up to 4,000 meters.

Block Model of Hydrocarbon Deposits. (Area of Increased Concentration)

WE BRING EXCITING OPPORTUNITIES TO EXPLORATION AND INVESTMENT COMPANIES.