Simulation — Pipesim

Pipesim's ESRI-supported GIS map canvas delivers true spatial representation of wells, equipment, and networks. Networks can be built directly on the GIS canvas or generated automatically using shapefiles. This capability significantly reduces model setup time and errors while providing visual context for spatial relationships.

Ground and sea-floor temperatures to model heat transfer.

The first release of the Pipesim simulator in 1984 marked a significant milestone as a steady-state multiphase pipeline simulator. Pipesim steady-state multiphase flow simulator - SLB

Create a fluid model. If you have PVT lab data (viscosity, GOR, formation volume factor), input it directly. For greenfields, use correlations or compositional analysis. pipesim simulation

When reservoir pressure drops, natural flow stops. PIPESIM is heavily used to design artificial lift systems. It can simulate the injection of gas into the annulus (Gas Lift) or the boosting pressure of Electric Submersible Pumps (ESPs) to determine exactly how much additional recovery can be achieved.

Creating an accurate model requires a systematic approach to entering data and running diagnostics. Step 1: Fluid Characterization (PVT Data)

PIPESIM simulates fluid behavior to prevent operational bottlenecks, including: Ground and sea-floor temperatures to model heat transfer

Flow assurance focuses on keeping the production chemistry flowing smoothly. PIPESIM identifies conditions where operational failures might occur due to:

The software uses advanced fluid mechanics and thermodynamics to predict pressure drops, temperature profiles, liquid holdup, and flow regimes. Engineers rely on these insights to make critical decisions from early-field development to late-life abandonment. Core Capabilities of PIPESIM

is the oil and gas industry’s gold standard for steady-state multiphase flow modeling, enabling engineers to design, diagnose, and optimize production systems from the reservoir to the processing facility. Developed by SLB (formerly Schlumberger), this software provides robust hydraulic and thermal analysis to ensure safe fluid transport, prevent costly flow assurance failures, and maximize hydrocarbon recovery. By creating a digital twin of wells and pipeline networks, production and facilities engineers can accurately model pressure drops, temperature profiles, and fluid behaviors under vast operating conditions. Core Engineering Capabilities If you have PVT lab data (viscosity, GOR,

Ultimately, utilizing a empowers production and facility engineers to make data-driven decisions. Whether it is sizing a pipeline, troubleshooting a declining well, or planning for deep-water flow assurance, PIPESIM provides the predictive analytics needed to maximize recovery, reduce operational expenditures, and ensure the safety and longevity of production systems.

The financial stakes in oil and gas are immense. Drilling a dry or underperforming well can cost tens of millions of dollars. PIPESIM minimizes this risk by serving as a digital sandbox.

Use the built-in sensitivities and optimizer: