Wellbore Interpretation and Analysis

Maximize the value of your data and measurements

We have specialized experts in the domains of acoustics, geosteering, geology, geomechanics, geophysics, petrophysics, production, reservoir engineering, and well integrity.
Our team of specialized domain experts can advise and deliver fit for purpose solutions from predrilling, post drilling, and logging phases to well intervention, and finally well abandonment.

Comprehensive formation evaluation from subsurface data to characterize lithology and fluid
Optimized completion designs for maximum production
Tailor made well intervention and well abandonment campaigns Optimized geosteering, logging, and workover operation in real-time

Fit for purpose solutions across life cycle of a well
Meaningful and timely insights for your production and efficiency gains
Automate your workflows using our custom-made AI/machine learning (ML) solutions

Maximize value from your existing data
Quick insights about your reservoirs using digital solutions
Intelligent characterization of your reservoir using best in class AI/ML workflows

Spotlighted solutions

Fiber optics produced vertical seismic profile in record time, UK North Sea

Seismic logged to 10,000 ft TD in 30 min, compared with 13 hours using traditional methods.

Stratigraphical–Sedimentological Framework for the Thamama Group Development in the Western UAE Based on the Legacy Core Data

How the key to the future is found in the past.

Reservoir Fluid Geodynamics and Reservoir Evaluation

RFG provides a powerful new way for skilled technologists to contribute to efficient, effective reservoir exploitation.

Design and process borehole seismic surveys from basic rig source to 3D, and time lapse vertical seismic profiles (VSPs)
Robust velocity model creation
Time lapse signals for fluid monitoring projects in CCUS and enhanced oil recovery (EOR) projects
Microseismic processing in real time Integration with surface seismic data

Derive petrophysical parameters and geomechanical properties (elastic properties, overburden, minimum horizontal stress)
Provide geophysical parameter (P-wave, δ and ε)
Aid in completion design, and
Fracture evaluation

Interpretation using wellbore measurements (GR, resistivity, NMR, dielectric)
Integration with core data
Derive reservoir properties for mineral and fluid volumes, porosities, permeability, and saturation

Drilling optimization
Hydraulic fracturing and perforations optimization
Planning for horizontal wells
Stability investigations in completions 3D long-term cement integrity modeling
Analysis of production and injection effects on the subsurface stability and reservoir quality

Flow profiling
Flow rate estimation
Water production/high water cut
Designing multistage and single-stage completion for initial stimulation
Analyze hydraulic fractures in unconventional reservoirs and complex stress regimes
Well interventions to enhance the well performance