-
Choose your category:
-
- Exploration Solutions
- Core & Well log analysis
- Geochemical Analysis and Interpretation
- Petrophysical Interpretation
- Rock Physics, Seismic QI
- Geomechanics
- Basin Analysis and Regional Studies
- Geological interpretation and Modeling
- Prospect Inventory and Risk analysis
- Drilling & Completion
- Concept Selection, Conceptual Design
- Preliminary well design and planning
- Detailed well design and planning
- Integrated Reservoir Study
- Core & Well log analysis
- Petrophysical Interpretation
- Rock Physics, Seismic QI
- Geomechanics
- Geological interpretation and Modeling
- Static Modeling
- Basic Reservoir Engineering
- Dynamic Modeling
- Uncertainty Analysis and History Matching
- Production Forecasting
- 4D Seismic
- Increased Oil Recovery
- Fast increase oil recovery Solutions
- EOR; from concept to field implementation
- Economic Studies & Risk Evaluation
- Production Engineering
- Flow Assurance
- Artificial Lift Design
- Material Selection
- Production Chemistry
- Surface Facilities
- Flow Assurance
- Process and facility engineering
- Material Selection
- Operation Assurance
- Production Chemistry
- OTS & Dynamic Simulation
Petrophysical Interpretation
Our petrophysical experts in NAED work closely with clients to provide the best answers and solutions to your questions regarding the reservoir issues by collaborating with the other disciplines in your team and integrating the full package of available data. These data include logs, core, geology, drilling, well test, and etc. during any stage of your projects from initial exploration to development and production.
The petrophysical services cover all your needs from planning logging programs for all types of wells to main parameters for your static and dynamic models. Petrophysical services are either provided to customers as stand-alone studies or as petrophysical analyses designed to support multi-disciplinary studies.
QC/QA of log data (depth matching, sampling, depth shifting, environmental correction, consistency.)
Integrated formation evaluation
Determination of lithology, mineralogy, Porosity, and pore system
Calculation of Water saturation and compare different methods
Fluid saturations and level of contacts (GWC, OWC, GOC, FWL)
Permeability estimation
Compare and correlate Log-derived petrophysical parameters with core data
Find NTG by defining the most accurate cut-off values
Study of fracture networks and matrix properties
Uncertainty analysis