- Simulate hydraulic fracturing driven by field observations and use reservoir simulation to improve decision-making in one platform.
- Model multiple stages, multiple wells, and natural fractures faster by leveraging EDFM technology.
- Simulate hydraulic fracturing driven by field observations and use reservoir simulation to improve decision-making in one platform.
- Model multiple stages, multiple wells, and natural fractures faster by leveraging EDFM technology.
- Simulate hydraulic fracturing driven by field observations and use reservoir simulation to improve decision-making in one platform.
- Model multiple stages, multiple wells, and natural fractures faster by leveraging EDFM technology.
End-to-end hydraulic fracture simulator
Integrates fluid flow, hydraulic fracture propagation, rock deformation, rock discontinuity interactions (natural fractures, bedding layers, faults), and an unconventional reservoir simulator.
Include key physics in your models
ZFRAC-RE incorporates key fracture propagation physics such as inter-stage, intra-stage, and well-to-well stress shadow effects; dynamic fluid rate distribution among perforation clusters; hydraulic fracture and rock discontinuities’ interactions; bedding layers’ impact on fracture height growth; and fluid leak-off into rock discontinuities.
End-to-end hydraulic fracture simulator
Integrates fluid flow, hydraulic fracture propagation, rock deformation, rock discontinuity interactions (natural fractures, bedding layers, faults), and an unconventional reservoir simulator.
Include key physics in your models
ZFRAC-RE incorporates key fracture propagation physics such as inter-stage, intra-stage, and well-to-well stress shadow effects; dynamic fluid rate distribution among perforation clusters; hydraulic fracture and rock discontinuities’ interactions; bedding layers’ impact on fracture height growth; and fluid leak-off into rock discontinuities.
Robust interface
ZFRAC-RE possesses an intuitive and amicable user interface, which facilitates user experience.
Faster results
ZFRAC-RE is powered by EDFM technology, which provides higher resolution and honors every geological feature included in our model.
Robust interface
ZFRAC-RE possesses an intuitive and amicable user interface, which facilitates user experience.
Faster results
ZFRAC-RE is powered by EDFM technology, which provides higher resolution and honors every geological feature included in our model.
Benefits of using ZFRAC-RE
Integrate hydraulic fracture modeling and reservoir simulation
Perform hydraulic fracture modeling and reservoir simulation in one platform by leveraging EDFM technology, geomechanics, and geology.
Software capabilities
Design, evaluate, and optimize hydraulic fracturing treatments under complex geological settings. Perform hydraulic fracturing, well spacing optimization, parent-child effects, natural fracture reactivation, refracturing, and EOR.
Operator success
ZFRAC-RE is offered as a single software solution where the operator fully uses the software, or as a consulting service where SimTech provides close collaboration and advice to improve operator’s decision making.
Benefits of using EDFM
Integrate hydraulic fracture modeling and reservoir simulation
Perform hydraulic fracture modeling and reservoir simulation in one platform by leveraging EDFM technology, geomechanics, and geology.
Software capabilities
Design, evaluate, and optimize hydraulic fracturing treatments under complex geological settings. Perform hydraulic fracturing, well spacing optimization, parent-child effects, natural fracture reactivation, refracturing, and EOR.
Operator success
ZFRAC-RE is offered as a single software solution where the operator fully uses the software, or as a consulting service where SimTech provides close collaboration and advice to improve operator’s decision making.
Benefits of using ZFRAC-RE
Integrate hydraulic fracture modeling and reservoir simulation
Perform hydraulic fracture modeling and reservoir simulation in one platform by leveraging EDFM technology, geomechanics, and geology.
Software capabilities
Design, evaluate, and optimize hydraulic fracturing treatments under complex geological settings. Perform hydraulic fracturing, well spacing optimization, parent-child effects, natural fracture reactivation, refracturing, and EOR.
Operator success
ZFRAC-RE is offered as a single software solution where the operator fully uses the software, or as a consulting service where SimTech provides close collaboration and advice to improve operator’s decision making.