Using GoToTraining
- 28th June 2016
9:00 am - 5:00 pm
Join this webinar to learn how Flownex SE will allow you to analyse complex thermo-fluid systems in steady or transient state much quicker and more in-depth than many other tools.
Registration / Further Information
Simply choose one of the following options to receive further information or to register.
- Register directly with Flownex by clicking here
- Call us on +44 (0)161 4747479
- Email us at events@wildeanalysis.co.uk
Location
Venue: Online using GoToTraining
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Flownex has proven to be an indispensable software tool in the oil and gas industry. It offers the engineer the ability to analyse complex thermo-fluid systems in steady or transient state much quicker and more in-depth than many other tools. Comprehensive 3-D CFD analyses of an entire plant or even sections of a plant are not feasible. Other tools such as HYSYS are typically used to perform overall plant heat and mass balances but are not ideally suited for detailed fluid flow and heat transfer design scenarios.
A Flownex project consists of connected pre-built components to represent a thermo-fluid network. These components are often based on empirical relationships, thus allowing much faster and often more accurate results than pure CFD solutions. Solutions take seconds instead of hours or days.
Flownex’s real power and flexibility is best displayed when engineers develop component libraries for their specific industry. An example would be an entire API fired heater modelled in a single component.
This webinar will provide a quick overview on the following topics:
Combustion Modelling
- Natural gas combustion
- Direct fired heaters
- Indirect heaters
Heat Transfer
- Tube wall and film temperature calculations
- Transient wall temperatures and thermal fatigue
- Pressure drop with heat transfer
Flow Systems
- Orifice sizing and sensitivity analysis
- PSV sizing
- Pipe wall thickness and flange rating calculations
- Transport pipeline flow velocity economic optimization
Software Comparisons
- Flownex vs HYSYS