Oliasoft Tubing Design’s advanced finite volume thermal simulator calculates temperature and pressure development for any well configuration.
Use multi-string analysis, including annular fluid expansion (AFE) and annular pressure build up (APB), to ensure advanced temperature effects of dynamic systems comply with all regulatory standards.
Comprehensive Transient Simulation for Multiphase Fluid Operations and Seamless Integration for Enhanced Engineering Workflow
Oliasoft Tubing Design’s transient simulator handles all operations from multiphase fluid production through to tubing and annulus injection, and circulation to shut-in scenarios.
Our advanced finite volume thermal simulator calculates temperature and pressure development for all annuli - including cement and formations - in any well configuration.
Perform unlimited nested operations to ensure accurate simulations and thermal profile development. Produce transient thermal profiles for use as appropriate across the Oliasoft WellDesign workflow.
Define tubing string design through tailored packer configurations, with temperature simulations linked to casing and tubing load selections.
Simulate annular fluid expansion supporting multiple mitigation effects, together with wellhead growth and other multi-string effects, ensuring designs meet both NORSOK-D010 and BSEE requirements. Our thermal simulator is continually refined in partnership with Norway’s Institute for Energy Technology.
The Tubing Design module is an integral part of Oliasoft WellDesign, meaning it is seamlessly integrated with other parts of the engineering platform, where design adjustments trigger automatic re-calculations that cascade throughout the system.
Transient temperature and pressure simulation for production, injection, circulation and shut-in scenarios
Multi-string analysis including annular fluid expansion and pressure build up
Simulation for unlimited nested operations
Packer loads on tubing and casing
Multiphase flow correlations
Automatic phase envelope generation according to PVT specifications