PIPESIM is a workhorse for front-end engineering design (FEED). For a new pipeline, an engineer can input the expected fluid properties, topography, and required flow rates. The software then calculates the pressure drop. By running sensitivities on pipe diameter, the engineer finds the most cost-effective diameter that minimizes pressure loss while keeping flow velocity within safe limits. A study on an onshore gas gathering network demonstrated how PIPESIM could identify that decreasing outlet pressure reduced liquid holdup and boosted overall production. Beyond design, engineers can identify ideal locations for booster stations to reinvigorate production in aging fields.
: Engineers may draft preliminary models to filter and transform high-dimensional data from PIPESIM for use in external machine learning or predictive models .
Nodal analysis is the foundation of PIPESIM, allowing engineers to determine the intersection of inflow (reservoir) and outflow (wellbore) curves to calculate the operating flow rate and pressure. 2. Flow Assurance pipesim simulation
When reservoir pressure drops, wells require artificial lift to sustain production. PIPESIM simulates and optimizes various artificial lift methods: Optimizes gas injection rates and valve depths.
PIPESIM is the industry-standard multiphase flow simulator used by oil and gas engineers to design, analyze, and optimize well performance and pipeline systems. By accurately modeling fluid behavior from the reservoir to the processing facility, PIPESIM helps operators minimize risks, reduce capital expenditures, and maximize production rates. 1. Core Engineering Capabilities PIPESIM is a workhorse for front-end engineering design
Understanding a well's capability is the starting point for any production strategy. Engineers build a model of the wellbore and use an Inflow Performance Relationship (IPR) to simulate how reservoir pressure delivers fluids into the well. By integrating well models with network models, engineers can determine if a well is underperforming, identify the cause (e.g., scale, high backpressure), and test remedial actions virtually.
is a industry-standard steady-state multiphase flow simulator By running sensitivities on pipe diameter, the engineer
When a production system fails to meet expectations—whether due to slugging, hydrate formation, or simply insufficient pressure—the cost can be millions of dollars in lost production and remediation. This is where enters the picture.