Flowpro Dynamics

Our story

Built by the engineers
who invented ICD

In the early 1990s, Kristian Brekke was a Norsk Hydro engineer at Troll West in the North Sea. The inflow control device he built there changed how the world produces oil from horizontal wells. Flowpro Dynamics is the continuation of that work.

Founder

Kristian Brekke, PhD

As a Norsk Hydro engineer in 1991, Kristian ran the first hand calculations on inflow control performance for horizontal wells in the Troll West thin oil zone. By 1992 he had co-invented the original ICD and filed the European patent that defines the technology still deployed in wells worldwide today.

Over the following three decades, he developed the simulation methods, from network solvers to coupled reservoir modelling, that became industry-standard tools including NETool. The CFD-based method in Flowpro Insight is the natural evolution of that 30-year body of work.

Original ICD inventor

European Patent EP 0 588 421, Norsk Hydro ASA, 1992

SPE author since 1993

7 papers including the 2025 Vienna keynote

NETool methodology contributor

Theory for wellbore network modelling, 1994–96

Flowpro Dynamics founder

CEO and lead scientist, established 2019

30 years of innovation

A complete lineage of firsts

1991

First ICD hand calculations on Troll West, North Sea

Kristian Brekke, then a Norsk Hydro engineer, performs the first hand calculations on inflow control for horizontal wells in the Troll West thin oil zone.

1992

Original ICD patent filed and prototype developed

European Patent EP 0 588 421 filed. First prototype ICD designed and deployed at Troll West, the world's first inflow control device installation.

1993

First coupled reservoir and wellbore simulations

SPE 26518 published: "A New Modular Approach to Comprehensive Simulation of Horizontal Wells", the conceptual ancestor of Insight.

1994

SPE paper demonstrates 50% production gain from ICD

Landmark study on Troll field shows inflow-control liner delivers 50% higher plateau rate and 14% more cumulative oil vs conventional completion.

1994–96

Theory for NETool-type wellbore modelling developed

Methods for steady-state network modelling of horizontal well completions. Now the industry backbone for ICD simulation.

2009

Multiphase near-wellbore network modelling published

ASME OMAE 2009 paper bridges the methodology from the Norsk Hydro era to modern Insight architecture.

2019

Flowpro Insight development begins

CFD-based ICT analysis and upscaling software initiated, with Lundin Energy and Aker BP as founding development partners.

2022

ICT Forum presentation: phase segregation breakthrough

New CFD methodology for modelling annulus phase segregation presented at the Inflow Control Technology Forum, Houston.

2024

Insight upscaling method validated against Ansys Fluent

Independent validation confirms accuracy of Insight's CFD upscaling against commercial-grade CFD software.

2025

SPE-225617-MS published at SPE Europe, Vienna

Flagship paper: "Method for Modelling and Upscaling Inflow Performance of Advanced Well Completions While Incorporating Effects from Annulus Phase Segregation."

Development partners

Built with operators

Insight was built in active partnership with North Sea operators from day one. Aker BP and Lundin Energy co-funded the original R&D programme from 2019, keeping the software focused on real operational problems on real wells.

Read our published papers →Get in touch