Single engine – fully compositional – dual medium – chemical EOR – with advanced thermal and geomechanics
PumaFlow, the dynamic flow simulator from Beicip-Franlab
A sophisticated fully compositional reservoir simulator using a single computational engine to handle a variety of hydrocarbon or geothermal development strategies. The software offers comprehensive options for modelling the fluid flow within dual medium reservoirs with advanced chemical and thermal EOR, geothermal and geomechanics options.
Main features
The result of over 60 years of research & development and expertise to bring subsurface resources to production figures
Adopted for precise phase behavior modeling, optimised miscible gas injection recovery process,
detailed fluid composition analysis for surface treatment, and for customized production strategies for varying compositions
Designed for accurate modeling of fractured reservoirs, enhanced prediction of fluid flow in dual medium systems, improved management of naturally fractured reservoirs to optimized hydrocarbon or heat recovery
Built for advance modeling of chemical interactions with reservoir fluid and rocks, optimized surfactant and polymer flooding, enhanced oil recovery from wettability alteration, and pilot of field design of chemical injection strategies
Designed for accurate modeling of heat transfer and fluid flow inside the reservoir and wellbore, steam and thermal EOR, prediction of temperature effects on the process efficiency, including the prediction of subsidence and compaction
With a user-friendly interface, most reservoir engineering data are easily imported and visualised
Well data
Reservoir grid
Advanced FDP options
Use cases
A strong impact on all your studies
Extracting insights from seismic data to achieve your objectives and enrich your subsurface knowledge : Exploration / Production / Near Field / New Energies
Boost your reservoir’s natural energy with water or gas injection. Access advanced compaction and aquifer options, pressure maintenance, and voidage replacement easily.
Easily set up and simulate tertiary recovery techniques like miscible gas injection, chemical, or thermal EOR to guide your field development plan
PumaFlow, with its powerful heat transfer calculations from underground to surface facilities, is designed for geothermal production challenges.
An interactive design for capillary pressure and relative permeability, featuring drainage and imbibition, hysteresis, miscibility, interfacial tension, J-function, and both static and dynamic endpoints.
Is your CO2 miscible with oil at the current reservoir pressure? With or without lab data, the PVT package helps characterize your hydrocarbon mixture and water properties at different pressure and temperature conditions.
With best-in-class fracture modeling and simulation, you can understand and represent fracture-matrix exchange and the impact of a dual medium on fluid flow and production from hydrocarbon or deep geothermal reservoirs.
A fluid flow simulator for a Mixed Energy era
PumaFlow simulates the CO2 injection into depleted reservoirs for storage purposes. It can be used to assess the impact of CO2 injection on the oil recovery. Its specialised PVT option handles CO2 interaction with oil without requiring compositional PVT data.
PumaFlow simulates recoverable heat energy from mature oilfields’ water production for retrofitting purposes. Its advanced dual medium option makes it ideal for deep geothermal simulations, addressing heat energy recovery and inherent uncertainties.