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Choose your category:
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- 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
Production Chemistry
Successful operation of oil and gas operating facilities as well as the development of new facilities needs careful monitoring and analyzing the key process conditions coupled with the results of tests of the samples taken.
At NAED we combine process and flow assurance engineering knowledge with production chemistry expertise with the help of recognized simulation software’s to optimize your current and future oil and gas operating facilities.
For most of the oil fields, there is a need to have a proper treating program to tackle scale, corrosion, asphaltene, wax and emulsions problems.
By optimizing, selecting, determining the dosage rate and choosing the right injection point of the chemicals for the existing and new facilities the production can be maximized.
At NAED we provide a customized chemical treatment for your new and existing facilities. We support following areas;
Advice on required chemical analysis for wax, asphaltene, scale, hydrate, emulsion and foaming tendency of reservoir fluid at early stages of a project
Fluid characterization and matching with experimental results (GOR, wax content, WAT, viscosity tuning) Organic and inorganic scale
Precipitation of waxes, asphaltenes, and other solids
Hydrate management, including the use of thermodynamic inhibitors, such as MEG, methanol and kinetic inhibitors
Advice on dosage and location of chemical injections (In wellbore, pipeline, topside and process facilities)
Reservoir souring impact studies on the surface facilities (H2S partitioning, chemical scavenging, etc..)
Produced water/injection water compatibility studies
Requirement for injection water sulfate, particle, oxygen removal
Material testing for HP/HT sour or elemental sulfur containing systems (e.g. SSC or SCC corrosion testing).