Unified workspace for the full process flow of an HF engineer
Modern models of hydraulic fracture growth in complex geological conditions and different well completion technologies
Forecast production for multistage fractured wells
Key features
Building a geomechanical model based on GIS database
Hydraulic fracture growth modeling using a Planar 3D model
Calculation of production rate for wells with HF/MSHF using hydrodynamic modeling software
Accounting for completion characteristics of multistage fractured wells
Real-time monitoring of HF parameters
Creating a field report on hydraulic fracturing operation
Applications
Well trajectory and construction
Loading data on directional survey and well construction, placement of perforation clusters and frac ports, setting pipe properties and pressure loss parameters
Reservoir model building
Setting geological and physical characteristics and reservoir structure along the wellbore taking into account the anisotropy of properties, lithotypes and mineral composition of rocks
Logging data interpretation
Quick data loading using templates, storage and viewing with no size limits, optional work-flow for building 1D geomechanical models
Hydraulic fracturing modeling
Coupled calculation of fluid flow and proppant transport along the well and fracture growth based on the Planar 3D model, acid and acid-proppant fracturing options, accounting for proppant drift and bridging
Production forecasting for multistage fractured wells
Numerical modeling of inflow by taking into account the geometry and parameters of fractures without loss of detail, data export in formats of third-party hydrodynamic simulators
Stimulated reservoir volume (SRV) calculation
Calculating the growth of stimulated fracture network upon multistage fracturing operation, accounting for geological faults and non-uniform reservoir stress field
Actual pumping data analysis
Import and visualization templates, express calculations for data validation, merging wellhead and bottomhole pumping data, use for HF design calculation and model calibration
Injection tests interpretation
A set of diagnostic plots for analysis before and after fracture closure, analysis of SRT/SDT data, working with long data records, summary analysis for a series of tests
Microseismic monitoring analysis
Loading and visualization of microseismic events and their attributes, SRV evaluation and calibration of hydraulic fracture geometry according to MSM data
Python scripts for data processing
Embedded library package and Python-API support for data processing, embedded and user script bases for routine engineering operations
HF report generation
Summary parameters of hydraulic fractures for quick analysis, report generation with customizable content, graphic scenes export to Excel format
Embedded databases
Embedded and user databases of proppants, fluids, acids, lithotypes and well construction elements with data import/export support