FEESA Limited - Flow assurance and optimisation of Oil and Gas Systems

Integrated Production Modelling for Integrating Design Teams (1day)
First given as part of the pre-conference courses at DEVEX 2010, this one day course is an introduction to Integrated Production Modelling (IPM), focusing on its use during design. It shows that when sufficient detail is used, IPM can be used to integrate design teams in order to ensure the chosen concept is techno-economically robust. (For more information)

An Introduction to Production Chemistry and Multiphase Flow Assurance
In collaboration with InfoChem, the world leading experts in physical property and phase equilibrium prediction, FEESA offers a wide range of Flow Assurance courses that can be tailored to your particular needs and interests. Subjects include;

An Introduction to multiphase flow
An Introduction to Modelling petroleum fluids
Slugging in oil gas systems
Stratified flow and gas condensate systems
Developing a Slug Management Strategy
Thermodynamic Modelling of Hydrates and Hydrate Inhibition
Developing a Hydrate Management Strategy
Modelling of Waxes and Asphaltenes
Modelling of Wax Deposition.
Developing a Wax Management Strategy
Hydraulic Modelling of Solids
Dispersions, Emulsions and Non-Newtonian Fluids

Maximus Training Course (2 days)

Tieback of an Oil Well to Production Platform with Processing Constraints
Water Injection System Optimisation
Characterising an Oil-Gas Composition using links to Multiflash
Controlling Models using Model Variables and Events
Optimisation Challenge
Allocation in a Multiple Well System using Hydraulic Potential
Sensitivity Studies
Generating lift curve tables for other simulators
Multiple Table Reservoir Models

Maximus Advanced Training Course (2days)

Characterising a Composition with Wax, using links to Multiflash
Modelling a Production System with Wax and Hydrate Formation
Generating Output to other Disciplines
Tank Modelling to represent Gas Reservoirs
Design of Gas Networks with Compression
Gas Lift Optimisation in an Oil System on Gas Compression Constraint