In Petroleum Industry Terra Exploration Solutions and Technologies Company can offer following services:
The search for petroleum resources has increasingly relied on advanced geological and geophysical insights in the ever-evolving energy landscape. Our dedicated petroleum geological and geophysical services play a crucial role in unlocking the Earth’s hidden hydrocarbon treasures while ensuring sustainable practices.
Understanding the Subsurface:
We begin our exploration with rigorous geological studies, employing advanced sedimentology, stratigraphy, and facies to map the complex layers beneath the surface. Our expert geologists analyse rock formations, evaluating their properties to identify potential reservoirs. By integrating geological knowledge with cutting-edge software tools, we create comprehensive 3D models that simulate subsurface conditions, enhancing the accuracy of drilling efforts.
Seismic Innovations:
Our geophysical services leverage state-of-the-art seismic techniques that include 2D and 3D seismic surveys. By analysing the way seismic waves travel through different geological layers, we gain critical information about the composition, boundaries, and potential porosity of rock formations. This allows us to detect anomalies that signify the presence of oil and gas reserves, ultimately guiding drilling operations with pinpoint precision.
Advanced Technologies:
Utilizing artificial intelligence and machine learning algorithms, we optimize data interpretation, transforming massive datasets into actionable insights. Our geophysical team employs techniques like inversion modelling and time-lapse monitoring to track subsurface changes over time, providing clients with vital intelligence for ongoing resource management.
We proposed the following services:
1. Interpretation of 2D/3D seismic (horizon/fault correlation, estimation of location of oil/gas reservoirs, estimation of density and porosity, synthetics, mistie analysis, etc).
2. Advanced QI – quantitative interpretation.
3. Geological Basin analysis.
4. Lithofacies prognosis on petrophysical and seismic data, facies size and bodies definition.
5. Petrophysical data interpretation.
6. Geological correlation.
7. Geological modelling.
8. Reservoir simulation and history matching, optimal well location definition for the optimal development plan design.
9. Control of the oil recovery process by the seismic/acoustic methods.
10. Seismic Inversion – acoustic/elastic impedance of geological media definition.
11. Seismic data AVO/AVA analysis.
12. Sequence Stratigraphy analysis.
13. Analysis of trap, seal and hydrocarbon migration.
14. Mapping and geobodies definition.
15. Reservoir properties definition based on petro-elastic parameters.
16. Seismic acquisitions planning and survey design.
17. Sonic and resistivity log borehole data interpretation.
18. Supervision of nuclear log data interpretation in cased wells and open wells (methods Gamma Log, Neutron Log, Neutron-Gamma Log, Gamma-Gamma Log, Impulse Neutron Gamma Log, NMR, COR log, etc.).
19. Standard seismic data processing: PSTM, PSDM, velocity analysis, static corrections, etc.
20. Seismic processing based on the model of non-classic linear theory approaches.
21. Synthetic 1D/2D modelling and seismic-well tie.
22. Seismic imaging, velocity analysis and depth conversion of seismic time.
23. Database management and organization.
24. Prognosis of overpressure, fracture pressure and drilling parameters from seismic and logging data in different geological conditions.
25. Rock physics studies.
26. Geomechanical study and recommendations generation for drilling.
27. Digitising seismic, well log and mapping data.
28. Reserves stigmatisation and resources audit.
29. COPEX/APEX definition.