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Emerson-P-PipelineStudio

PipelineStudio™ Software

Product Description

Emerson’s powerful yet intuitive PipelineStudio™ Software is a complete engineering tool that allows users to efficiently design, plan and perform hydraulic analysis on natural gas and liquid pipeline networks. It provides quick and accurate steady-state and transient analysis of single-phase fluid flow in pipeline networks in a single software offering. The software simulates any dense phase, liquid phase, gas phase, and supercritical phase. PipelineStudio Software is an out-of-the-box solution that can be quickly implemented with no consultation project required, allowing users to design, route, and size pipeline networks quickly. Engineers and planners have reliable and accurate information at their fingertips to make informed decisions, leading to improvements in pipeline design, performance, and throughput.

Documents & Drawings

Features

  • Run steady-state or transient simulations interactively or in a "Fast Mode."
  • Easy-to-use, intuitive interface that includes sensible defaults, wizards, templates, and libraries.
  • Choice of equations of state, friction factors and numerous CFD correlations for pipeline simulation, with the inclusion of DRA and many equipment models for maximum flexibility related to your specific needs.
  • Get a comprehensive solution with detailed models for pipes block valves check valves, supply, delivery, leak models, storage elements, regulator valves, heaters, coolers, centrifugal and reciprocating compressors, drivers, pumps, and many more.
  • Assess the capacity and performance of a simple or complex pipeline network .
  • Design, route, and size simple to complex pipeline networks.
  • Conduct upset, leak and survival time analysis in a single software tool.
  • Develop strategic, operational and capacity planning.
  • Plan for line pack and assess unscheduled changes in operation.
  • Perform surge and water hammer analysis, fuel consumption calculations, and flow assurance.
  • Fuel consumption calculations
  • Surge analysis