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Over 45 years of successful international experience in E&P.

Beicip-Franlab provides solutions covering conventional and non-conventional exploration, reservoir characterization, enhanced oil recovery reservoir management, field development, production optimization, process and economics.

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  4. Carbonate fields
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Field Development

Carbonate fields

Beicip-Franlab offers to the oil and gas industry its world class expertise on carbonate reservoir exploration, development and production optimization. Beicip-Franlab multidisciplinary teams have investigated more than 150 carbonate fields leading to new discoveries, production and recovery factor improvements, and successful development decisions.
A challenge

Producing oil and gas from carbonate reservoirs is a challenging task. Carbonate reservoirs have complex and heterogeneous geological and petrophysical characteristics. They are often naturally fractured, and exhibit complex porosity systems and wettability characteristics, which drastically influence their multi-phase flow properties.

Integrated multidisciplinary studies

Beicip-Franlab’s experienced geologists, sedimentologists, geophysicists, petrophysicists, reservoir and petroleum engineers use recognized and innovative tools from third parties as well as IFPEN methods specifically developed to handle carbonate reservoirs.

Geological and petrophysical characterization
  • Detailed sedimentological, stratigraphical and petrographical studies from outcrops, cores and petrographic samples,

  • Petrophysical interpretations of cores and electric logs,

  • Advanced rock-typing methods using multidimensional statistical techniques (EasyTraceTM),

  • Geostatistical matrix properties modeling,

  • Discrete Fracture Network models,

  • Geocellular models for carbonate fields.

Dynamic modeling and production simulation
  • Optimizing water and gas injection in carbonate fields,

  • Mature field redevelopment plan,

  • Giant/Supergiant field development plan,

  • Dynamic simulation in karstic and triple porosity fields,

  • EOR methods (for example CO2, N2, surfactants, thermal methods)

 

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Well to well correlations

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Well to well correlations
Gross depositional environments

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Gross depositional environments
Egyptian Radiolitidae

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Egyptian Radiolitidae
Nummulitic floatstone

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Nummulitic floatstone
Fracture porosity

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Fracture porosity
Oolitic grainstone

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Oolitic grainstone
Software
PumaFlow
FracaFlow
Software
EasyTrace
  • Exploration
  • Field Development
    • Integrated field studies
    • Master Development Plan
    • Enhanced Oil Recovery
    • From seismic attributes to rock properties
    • Carbonate fields
    • Fractured fields
    • Giant fields
  • Reserves evaluation, certification, unitization
  • Energy transition and Carbon Management
  • E&P Economics and Contracts
  • Downstream process
  • Unconventional Resources

Careers

Internship in Python Programming applied to Reservoir Engineering
RP-2022-03
Specialist in geoscience software
2023-Geoscience-Software
Senior Petrophysicist
2023-Geoscience-Petro

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