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PumaFlow

Scientific models · by Beicip-Franlab

Fully compositional reservoir simulator using a single computational engine to handle hydrocarbon and geothermal development strategies, with dual medium, chemical EOR, thermal EOR, and geomechanics options.

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What it does

Fully compositional reservoir simulator using a single computational engine to handle hydrocarbon and geothermal development strategies, with dual medium, chemical EOR, thermal EOR, and geomechanics options.

  • Reservoir simulation and fluid flow modeling
  • Stratigraphic modeling
  • Basin modeling and petroleum system analysis
  • Well log analysis
  • Seismic inversion and characterization
  • Fracture characterization and modeling
  • Uncertainty analysis
  • CO2 storage and CCUS assessment
Category
Scientific models
Built for
Climate and environment, Energy and utilities
Users
Oil and gas operators, Energy transition companies, Carbon management organizations, Geothermal energy companies
Public API
Not offered

Not yet disclosed: deployment options, platforms, languages and support channels.

Pricing

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Beicip-Franlab doesn't list prices publicly. Ask them for a quote.

Security and compliance

No security details published yet

Beicip-Franlab hasn't published certifications or security practices for PumaFlow that we could find. Ask their team for audit reports.

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