PIPESIM is the industry-standard multiphase flow simulator used by oil and gas engineers to design, analyze, and optimize well performance and pipeline systems. Developed by Schlumberger (SLB), this software bridges the gap between reservoir potential and surface processing facilities.
: Minimizes backpressure to increase total field production.
Using simulation to design artificial lift systems before installation.
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. pipesim simulation
The 3D trajectory of the well (measured depth vs. true vertical depth).
PIPESIM utilizes Nodal Analysis to look at the inflow from the reservoir versus the outflow performance of the wellbore. By matching these curves, engineers can determine the optimal choke size, tubing diameter, and artificial lift method (like Gas Lift or ESPs) to maximize production.
Unlike transient simulators (like OLGA) which look at how conditions change over time , PIPESIM focuses on the equilibrium state. It answers the question: Using simulation to design artificial lift systems before
: Simulates gas injection rates, valve depths, and multi-stage configurations.
PIPESIM is used throughout the lifecycle of a field for various critical tasks:
The technical capabilities of PIPESIM translate directly into tangible business benefits. PIPESIM minimizes this risk by serving as a digital sandbox
Utilizing advanced algorithms like the Beggs-Brill method to calculate pressure drops in mixed oil, gas, and water streams.
PIPESIM's value comes from a vast library of physical models and simulation workflows built into a single, integrated platform. Its key capabilities include: