FracPro 2024 v10.13.22 is the latest release of the industry-leading hydraulic fracturing design and analysis software developed by StrataGen. You can also get Subsurface Modeling 2025.1 Full Version from LicensedSoft.
This version introduces several enhancements aimed at improving modeling accuracy, user experience, and real-time data integration. You can also get Eliis PaleoScan 2025 Full Version from LicensedSoft.
FracPro 2024 v10.13.22 Key Features:
1. Enhanced ISIP and Closure Pressure Calculations
A new method for calculating Instantaneous Shut-In Pressure (ISIP) has been added, particularly useful in scenarios where wellbore storage or fracture complexity obscures clear ISIP observation. Additionally, a new Closure Pressure calculation method now accounts for rock compliance effects over the fracture face closure, providing more accurate assessments.
2. Asymmetric Fracture Simulation
The software now includes capabilities to simulate asymmetric fractures, considering interactions between parent and child wells. This feature is crucial for modeling preferential fracture growth into depleted areas, enhancing the accuracy of hydraulic fracture modeling in complex reservoir scenarios.
3. Improved Log Processing
Log processing capabilities have been enhanced, with the software now calculating formation lithology from uploaded well-log information. This improvement leads to better estimation of petrophysical and rock mechanical properties essential for fracture design.
4. Selective Fracture Simulation
A new option in the Fracture Analysis module allows for selective fracture simulation in completions with multiple sets of perforations. This feature is particularly beneficial when selective fracture stimulation is required in a single intervention.
5. Enhanced Stress Shadow Simulation
The Stress Shadow effect simulation has been refined to better replicate field observations, improving the modeling of interactions between fractures and stages.
6. 3D Visualization Improvements
The 3D View module has been optimized for better speed and stability, especially when displaying multiple fractures in a single wellbore or across multiple wellbores. This enhancement facilitates more efficient analysis and interpretation of complex fracture networks.
7. User Interface and Reporting Enhancements
User interface improvements include the use of standard rock type bitmaps and increased stability in fracture modeling for reservoirs with complex modulus profiles. These updates contribute to a more intuitive user experience and more reliable simulation outcomes.
FracPro 2024 v10.13.22 System Requirements:
- Operating System: Windows 10 or later (64-bit)
- Processor: Intel Core i7 or higher
- Memory (RAM): 16 GB minimum (32 GB or more recommended)
- Hard Disk: At least 500 GB of free disk space
- Display: Minimum 1920 x 1080 resolution
- Additional Requirements: Graphics card supporting OpenGL for 3D visualization, and an internet connection for updates and data synchronization.
Licensing and Support
- License Types: FracPro is available under proprietary licensing agreements through StrataGen, tailored to organizational needs.
- Support Resources: For technical support and further information, users can refer to the official FracPro website or contact the customer care center via email.
Ideal For
- Reservoir Engineers: Conducting pressure transient analysis, production analysis, and reservoir simulation to optimize hydrocarbon recovery.
- Drilling Engineers: Planning and evaluating stimulation treatments to enhance well performance.
- Geoscientists: Integrating geological models with dynamic data to enhance reservoir characterization.
- Production Engineers: Assessing the impact of fracture designs on production performance.
Conclusion
LinqX FracPro 2024 v10.13.22 introduces significant enhancements that improve the accuracy and efficiency of hydraulic fracturing design and analysis. Its advanced modeling capabilities and user-friendly interface make it a valuable tool for professionals aiming to optimize well performance and maximize hydrocarbon recovery.
