Description
Schlumberger INTERSECT is powerful reservoir simulation software developed by Schlumberger Limited. Reservoir simulation software is the main tool for students and scientists in the field of reservoir engineering, which uses existing data and current conditions to estimate the future behavior and reactions of a reservoir under different conditions of working. Intersect is scalable and infinitely flexible software and can be used to solve various engineering challenges. The guaranteed excellent physics and performance of the software make it a safe and cost-effective option. The final data from these simulations can help engineers and stakeholders understand and develop hydrocarbon interactions. Doing these simulations with conventional methods is very expensive and uneconomical.
The final data from these simulations is used in the Field Development Planning (FDP) and Reservoir Management processes and improves overall accuracy and performance. Some of the most important applications of this software include modeling water injection into oil reservoirs, increasing oil extraction using the steam injection method, and managing unstructured extraction networks. With the help of this simulation and its accurate data, engineers can make better decisions in oilfield development and infrastructure construction, and avoid wasting cost and energy to a large extent.
Features of Schlumberger INTERSECT:
- Quality and accurate modeling of complex geological structures
- Accurate and detailed oil extraction formulation
- Application of the steam injection method and heating techniques in the field of oil extraction
- Advanced control of drilling processes and management of petroleum resources in the field
- Creation of personalized and unique software solutions in the field of terrain modeling and management
- Advanced geological modeling to accurately and realistically simulate reservoir behavior
- Thorough understanding of the quality and quantity of geohazards to determine profitability and economic viability of the project
- Simultaneously create several different geological models and compare them to evaluate different scenarios
- Connection and pairing of INTERSECT simulations to networks, infrastructures and other simulation tools via the IAM module
- Ability to develop custom scripts with Python language in the software environment
- Use machine learning techniques to perform intelligent, data-driven simulations
System requirements
Windows 10 (x64) with Intel MPI
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2.58 GB