Our specialist, end-to-end hydraulic fracture studies begin with well architecture, completion design, and reservoir positioning assessments for wells planned for fracture-based completions. The workflow integrates geomechanics, fracture modelling, production forecasting, and completion integrity evaluation to define optimised fracture dimensions, fluid and proppant systems, and operational programmes that maximise well performance.
Integrated pre-frac assessment of well architecture, completion strategy, and reservoir positioning to ensure suitability and optimisation of fracture-based completions
Combining geomechanics and fracture inflow modelling to evaluate fracture geometry, propagation, pressures, injection rates, and expected production response, optimising HF
Full cycle implementation, incorporating completion integrity analysis, including treatment programs, post-frac clean up, performance evaluation and monitoring/diagnostics
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