It’s both. The software can be used in an offline mode for steady state system design & transient modelling as well as a transient trainer that mimics pipeline operation scenarios. SPS can also function in real-time for models driven by SCADA systems, for leak detection and for look-ahead predictive analytics.

SY-45 Synergi Pipeline Simulator (SPS) standard You will learn how to effectively create pipeline models, run interactive simulations and analyse results SHARE:

SY-49 Synergi Pipeline Simulator (SPS) advanced - surge analysis This training focuses on surge analysis modelling for valve closures, pump trips, bubble collapse, and advanced workflows SHARE:

Synergi Pipeline Simulator Software Downloads - DNV

It’s both. The software can be used in an offline mode for steady state system design & transient modelling as well as a transient trainer that mimics pipeline operation scenarios. SPS can also function in real-time for models driven by SCADA systems, for leak detection and for look-ahead predictive analytics.

Feb 27, 2025 · In this recorded webinar, Jim Short, DNV GL’s Principal Client Services Engineer for Synergi Pipeline Simulator (SPS,) will share how SPS’s Advanced Model Lab has harnessed that increased power and can help engineers easily configure, run and analyze multiple what-if scenarios from a single model and tap into the full power of today’s ...

SY-49 Synergi Pipeline Simulator (SPS) advanced - surge analysis. Online, delivered from USA. Energy; 28 April - 02 May 2025 SY-27 Synergi Gas advanced topics. Online, delivered from USA. Energy; 13 May - 14 May 2025 SY-30 Synergi Gas Customer Management module. Online, delivered from USA. Energy; 09 June - 13 June 2025 SY-28 Synergi Gas ...

With DNV’s new release of Synergi Pipeline Simulator, the worldwide leader in transient flow simulation for both liquid and gas pipelines, the software has taken a leap forward. The software includes powerful new features and tools that help engineers improve pipeline designs, detect leaks, improve performance, increase efficiency and cut costs.

DNV’s Ship Performance Simulator uses a k-ω-SST turbulence model with wall functions as standard turbulence model. Depending on the respective implementation, this requires the dimensionless wall distance to be 30 < y+ < 300.

By means of computational fluid dynamics (CFD) various sailing conditions have been simulated by DNV's Ship Performance Simulator (SPS) methodology. This methodology takes advantage of full scale Volume of Fluids (VoF) computations solving the Reynolds Averaged Navier Stokes Equations (RANSE).