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Name of laboratory and technological equipment |
Quantity |
Application |
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I. Analytical equipment |
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1. |
Installation for determining the electrical resistance of rocks under atmospheric conditions. |
1 |
It is used to determine the electrical resistance of rocks saturated with formation water under atmospheric conditions. |
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2. |
Device for determining core bitumen saturation. |
1 |
Used to determine the bitumen saturation of rocks. Provides the ability to identify organic substances by an operational method. |
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3. |
A device for determining the presence of oil and gas in rocks using the hot extraction method. |
1 |
Provides the ability to evaluate potential oil and gas deposits in rocks using the hot extraction method. Helps to identify layers that may contain oil. |
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4. |
Core tomography device. |
1 |
Used for high-precision studies of internal structure, volume porosity and cracks in the core. |
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5. |
Ultracentrifuge for core sample analysis. |
1 |
It is designed to determine the increasing centrifugal force in the process of liquid displacement from water-saturated core samples. |
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6. |
Fluorescence microscope. |
1 |
Assesses the presence of hydrocarbons in rocks, the quality of syngenetic and epigenetic bitumen, and determines the types of volatile, light and heavy organic matter to study migration processes. |
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7. |
A device for core analysis in reservoir conditions. |
1 |
Measures the propagation velocity of longitudinal and transverse acoustic waves in the formation conditions of the core and its electrical resistance. |
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8. |
A device for analyzing water saturation of core samples under reservoir conditions. |
1 |
Determines the permeability of liquid and relative permeability in liquid -liquid and liquid - gas systems . |
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9. |
Set of measuring laboratory glassware for chemical decomposition (class A). |
1 set |
The kit is intended for various laboratory analyses. |
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II. Information and communication equipment |
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10. |
For 3D Geological Modeling Center: |
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It is used in various scientific research and practical classes on geomodeling for students in the oil and gas field. |
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special computers designed for Petrel, Petromod, Techlog software; |
10 |
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100 inch monitor; |
1 |
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server. |
1 |
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11. |
Software for the educational process on digital geological modeling of deposits. |
1 |
It is used in practical classes on geomodeling for students studying oil and gas. |
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III. Field equipment |
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12. |
Depth thermomonometer. |
1 |
Designed for simultaneous measurement and control of reservoir pressure and temperature (in the well). |
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13. |
Wellhead thermomonometer. |
2 |
Designed for simultaneous measurement and control of reservoir pressure and temperature in a well, located at the wellhead. |
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Digitization of geological and geophysical data on promising oil and gas fields and areas. |
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In addition, a set of educational core sample collections will be created for students. |
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