Provide subsurface integrated solutions.
Increase well productivity, sustainable in time.
They improve the handling of refining and surface products
Contribute with the preservation of the environment and planet.
Increases the cost effectiveness of our clients and protect their assets values.
- Exploration resources assessments.
- Subsurface structural interpretation and mapping.
- Reservoir natural fracture modeling.
- Sequence and seismic stratigraphic analysis and trap identification
- Basin, field, and regional studies.
- Reservoir volumetric estimation.
- Probabilistic risk assessment.
- 2D, 3D, and 4-dimensional (and 4-component) seismic interpretation and mapping.
- AVO and seismic attribute analysis and extraction.
- Velocity analysis and modeling for integrated depth conversion.
- Reservoir characterization.
- Unconventional reservoirs (shale, coal, and tight sands).
- Field development strategies.
- Drilling, completion, and operations management.
- Operations, Well site and geosteering Geologists.
- Global hydrogeological experience.
- Data mining and database integration: Logs, cores, analyses.
- Logs processing; interpretations, QC; depth shift; quick look; mineralogy and lithology analysis; deterministic and probabilistic approach.
- Special reservoir parameters studies.
- Rock properties and parameter studies.
- Geomechanical properties studies.
- Petrophysical mathematical models single well and multiwell.
- Reservoir petrophysics.
- Production petrophysics and well stimulation.
- Operations petrophysics support.
- Static 3D geo modeling.
- Integrated Reservoir Characterization.
- Feasibility and risk analysis portfolio for exploration projects and biddings.
- Field studies.
- Front end loading studies.
Complies with operational requirements of the plants and installations.
Generates technical reliability.
Implements new technologies.
Transfer knowledge.
Generates economics value to our clients.
Preserve and increase the company’s assets.
Complies with international regulations.
ASME, API, EN, ASTM, DNV.
Static and dynamic Pipe flexibility analysis.
Finite Element Analysis of Piping, vressure vessels and structures.
Pressure vessel design and analysis.
Fitness for service assessments for Piping, pressure vessels and structures as per international codes API 579, B31G, DNV.
Design and calculation of repair methods for piping and pressure vessels.
Computational fluid analysis, transient studies for water hammer, slug flow, two phase flow and relief valves.
CADWorx Plant
CAESAR II
PV Elite
Tank
Bos Fluids
Solid Works
Inventor
NX
Catia
Abaqus
Nastran
Hypermesh
Ansys
FE Pipe
Nozzle Pro
Pipeline
Toolboxes
FE-SAFE
Pipe static and flexibility analysis
Flexible pipes dynamic analysis
Finite Element Analysis (FEA Method)
Pipeline design using ASME B31.3 code
Petroleum engineering for Non-Engineers
Reservoir engineering for Non-Reservoir Engineers
Well logs interpretation
Petrophysical 101 evaluation
Petrophysical evaluation in classical reservoir
Petrophysical evaluation in carbonate reserve
Petrophysical reservoir evaluation of un-conventional shales
Probabilistic Petrophysical models
Water saturation models
Conventional and special core analysis
Integrated reservoir studies
FEL Methodology
