EDFM-AI: Assisted-history matching
- Calibrate effective fracture geometry, DFN properties, and reservoir characteristics by EDFM and artificial intelligence coupling.
- Achieve real-time, uncertainty-quantified post-frac evaluations within 24 hours.
- Calibrate effective fracture geometry, DFN properties, and reservoir characteristics by EDFM and artificial intelligence coupling.
- Achieve real-time, uncertainty-quantified post-frac evaluations within 24 hours.
- Calibrate effective fracture geometry, DFN properties, and reservoir characteristics by EDFM and artificial intelligence coupling.
- Achieve real-time, uncertainty-quantified post-frac evaluations within 24 hours.
High compatibility
Compatible with any commercial reservoir simulator software as well as SimTech’s URSim unconventional reservoir simulator.
Multi-well / pad-wise characterization
Calibrate effective fracture geometries of multiple wells simultaneously with enhanced accuracy.
High compatibility
Compatible with any commercial reservoir simulator software as well as SimTech’s URSim unconventional reservoir simulator.
Multi-well / pad-wise characterization
Calibrate effective fracture geometries of multiple wells simultaneously with enhanced accuracy.
Superior efficiency
Post frac evaluation can be time consuming, but EDFM-AI can provide reliable answers within 1 day.
User-friendly interface
Input settings and result visualizations are smoothly integrated.
Superior efficiency
Post frac evaluation can be time consuming, but EDFM-AI can provide reliable answers within 1 day.
User-friendly interface
Input settings and result visualizations are smoothly integrated.
Benefits of using EDFM-AI
Integrate fracture modeling and reservoir simulation
EDFM-AI accepts fracturing simulation gross geometry (ZFRAC-RE, GOHFER, Stimplan, Kinetix, etc.) as input and provides geometry effectiveness ratios, helping more than 6 operators understand completion effectiveness.
Data integration
EDFM-AI has innovative solutions to maximize the potential of multiple data sources. Microseismic, distributed sensing, image logging, experimental data, etc. can all be utilized jointly/separately in EDFM-AI.
Provide optimization strategies
EDFM-AI supplies users with representative, calibrated reservoir model ensembles. These models can be used together to identify key performance-limiting factors, and to contribute optimization possibilities.
Benefits of using EDFM
Integrate fracture modeling and reservoir simulation
EDFM-AI accepts fracturing simulation gross geometry (ZFRAC-RE, GOHFER, Stimplan, Kinetix, etc.) as input and provides geometry effectiveness ratios, helping more than 6 operators understand completion effectiveness.
Data integration
EDFM-AI has innovative solutions to maximize the potential of multiple data sources. Microseismic, distributed sensing, image logging, experimental data, etc. can all be utilized jointly/separately in EDFM-AI.
Provide optimization strategies
EDFM-AI supplies users with representative, calibrated reservoir model ensembles. These models can be used together to identify key performance-limiting factors, and to contribute optimization possibilities.
Benefits of using EDFM- AI
Integrate fracture modeling and reservoir simulation
EDFM-AI accepts fracturing simulation gross geometry (ZFRAC-RE, GOHFER, Stimplan, Kinetix, etc.) as input and provides geometry effectiveness ratios, helping more than 6 operators understand completion effectiveness.
Data integration
EDFM-AI has innovative solutions to maximize the potential of multiple data sources. Microseismic, distributed sensing, image logging, experimental data, etc. can all be utilized jointly/separately in EDFM-AI.
Provide optimization strategies
EDFM-AI supplies users with representative, calibrated reservoir model ensembles. These models can be used together to identify key performance-limiting factors, and to contribute optimization possibilities.