Carbonate fields
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.
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.
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Detailed sedimentological, stratigraphical and petrographical studies from outcrops, cores and petrographic samples,
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Petrophysical interpretations of cores and electric logs,
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Advanced rock-typing methods using multidimensional statistical techniques (EasyTraceTM),
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Geostatistical matrix properties modeling,
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Discrete Fracture Network models,
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Geocellular models for carbonate fields.
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Optimizing water and gas injection in carbonate fields,
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Mature field redevelopment plan,
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Giant/Supergiant field development plan,
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Dynamic simulation in karstic and triple porosity fields,
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EOR methods (for example CO2, N2, surfactants, thermal methods)