A typical PipeSim model requires four interconnected domains:
What specific (hydrates, liquid loading, erosion) are you trying to solve?
Ensuring uninterrupted fluid transport requires predicting and mitigating thermal, hydraulic, and chemical risks.
Run transient and steady-state multiphase flow simulations using PipeSim models (inputs: PIPESIM case files or equivalent) and return results summaries, plots, and exportable reports. pipesim simulation
The benefits of PipeSim simulation include:
Beyond these core capabilities, PIPESIM offers a suite of advanced technical features essential for tackling complex production challenges:
When reservoir pressures deplete, PIPESIM models and optimizes artificial lift systems. The benefits of PipeSim simulation include: Beyond these
: Specialized tools for designing and diagnosing systems like gas lift, Electric Submersible Pumps (ESPs), and rod pumps.
The software is built on several key "pieces" or modules that work together to provide a complete picture of production:
: A state-of-the-art mechanistic model for complex flow scenarios. : Engineers use PIPESIM to design completions and
: Engineers use PIPESIM to design completions and evaluate Artificial Lift systems (such as Gas Lift or ESPs). It helps in determining the optimal tubing size and assessing the impact of different reservoir pressures on well delivery.
PIPESIM simulation is far more than just a software tool; it is an essential engineering framework for the modern oil and gas industry. From its robust steady-state multiphase flow engines to its sophisticated network solvers and comprehensive flow assurance workflows, PIPESIM enables engineers to see inside their production systems, predict future performance, and make informed, data-driven decisions.