Your partner in advanced completions
INTEGRATE IN RESERVOIR SIMULATOR
Integrate inflow control performance in the reservoir simulator to analyze long term economical benefits of advanced completions.
SELECT OPTIMAL TECHNOLOGY
Find the inflow control technology that is optimal for improving oil production and recovery.
MAINTAIN WELL PRODUCTIVITY
Select total number of inflow control devices necessary to provide sufficient well production.
OPTIMIZE INFLOW
Automatically distribute inflow control devise to balance inflow and achieve production goals.
INDUSTRY DRIVEN AND VERIFIED
Developed in partnership with North Sea Operators to be an industry standard.
OPTIMIZED COMPUTATIONAL FLUID DYNAMICS
Over 1,000,000x faster than the optional CFD method for simulation.
FULL DYNAMIC MODELING OF THE WELLBORE
By including anulus phase segregation and valve interaction we accurately simulate all types of inflow control devices, including ICD, AICD, AICV, D-AICD and ICV.
USER FRIENDLINESS
Easy to use software with 3D interactive results.
Trusted by industry leaders
Bridging the Simulation Gap
Flowpro Dynamics developed Insight in cooperation with major North Sea operators as an advanced well simulation tool for physically correct simulation of inflow control completions. This includes the effects from oil, water and gas segregation and the resulting valve interactions.
Users will better understand and predict the benefits of selecting the optimal inflow control completions by including Insight in the production and reservoir engineering workflow. Insight’s novel CFD based modeling of advanced wells bridges a critical gap in current well and reservoir simulation technology.
Insight Features
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Transient modeling of oil, water and gas segregation and valve interaction in the annulus of the wellbore.
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Simulate and upscale behavior of any inflow control completed wellbore.
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Physically correct inflow control modeling coupled to the reservoir simulation process facilitates improved ICD/AICD/AICV application designs.
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Design wells with accelerated and increased oil recovery.
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Reduce water and gas production, and associated emissions.
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Facilitate faster reservoir simulations.
