Flow and artificial production system studies
Optimisation of production systems from the reservoir to the surface. We design and adjust flow geometries, select artificial lift technologies, and perform economic analyses to maximise operational efficiency and reduce costs.
Capabilities
- Modelling using specialised software Pneumatic Pumping (PN), Mechanical Pumping (MP), Electric Submersible Pumping (ESP)
- Progressive Cavity Pumping (PCP)
- Hydraulic Pumping (HP)
- Hybrid Systems and for gas wells
- Involvement of research experts
Benefits for the client
- Maintain or increase well production.
- We provide alternatives that allow you to improve production conditions.
- From simple adjustments to modifications of the well’s flow geometry.
- Installation of an artificial lift system.
Services
Technical assistance in the development of subsea architecture.
Use of modeling and simulation techniques to determine optimal operation points.
Diagnosis, design, and optimization of surface production systems and facilities.
Evaluates the application of standards to characterize crude oil and its derivatives and identifies the elements that contribute to quality non-compliance.
We provide scientific and technological support specializing in petroleum exploration seismology.
Evaluation of miscible and immiscible gas injection processes.
Specialized studies that allow evaluation of the distribution of petrophysical properties.
We estimate hydrocarbon reserves in reservoirs using probabilistic and deterministic volumetric methods.
Reservoir engineering services, detailed analysis of static pressure information.
Studies and adaptation of methodologies that allow implementation, improvement, and maintenance of hydrocarbon measurement systems in optimal conditions.
Search, selection, and recommendation of the best practice and/or suitable technology for control.
Determine flow assurance issues in the reservoir-well-surface facilities system.
Technical-experimental studies on well stimulations and supervision of stimulation operations, using a mobile laboratory.
Identifies possible development options for deepwater field exploitation.
Includes reservoir engineering, in which a detailed analysis of static pressure information is carried out.
Determination of geological characteristics, petrophysical properties, limits, and storage capacity of geological formations.
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Determines petrophysical parameters such as porosity, absolute permeability, fluid saturation, interfacial tension, and contact angle.
Specialized laboratory services for PVT and compositional analysis of reservoir fluids.