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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
Operational Assurance
At NAED we not only feel ourselves next to the clients during design but also help our clients to continuously optimize and enhance the production, safety and reliability levels of the producing plants and thereby reducing overall OPEX and increasing profitability. To achieve this, we evaluate the key aspects of the facilities by means of our sound engineering knowledge as well as simulation and in-house tools.
Our operational assurance expertise not only can be utilized for facilities in operation but also by applying it in the early phases of a project (Pre-FFED) areas of concerns can be identified in the earliest stages and can lead to CAPEX as well as OPEX savings.
Our operational assurance strategy can be tailored made based on client’s operating procedures, needs, and schemes. Our scope of services in this area include, but not limited to;
Possibility to reduce the associated gas compression and production separator pressure to decrease the back pressure on the wells
Identify problems and provide resolutions for offshore and onshore heavy oil fields
Providing design and operational assurance for oil separation and dehydration
Lean-out effect of recycling gas through lift gas compressors
Installing new internals in the oil separator trains to increase the nominal capacity of the separation train. E.g. Calming baffle to create a laminar flow in the separators, VIEC to be able to coalesce more water droplets before entering the desalting unit
Installing new devices upstream the produced water treatment train to enhance oil in water separation – E.g. Mare’s tail
Heat integration possibilities within the processing facilities
Issues with respect to produced water treatment