This allows for Joules-Thomson effects to be captured in the well, while at the same time enabling multiple heat transfer coefficients with depth to be used. Flow assurance studies are an integral part of any pipeline and well analysis, done both for designing and troubleshooting purposes. In PROSPER many years of research have been dedicated to addressing these issues and users can study either hydraulic flow assurance challenges, or issues related to the thermodynamic behaviour of fluids.
Hydraulic investigations can be conducted on flow regimes, erosional velocities, superficial velocities, wellbore stability analysis liquid loading , slug catcher sizing and many others.
Thermodynamic calculations can include studies on hydrate formation, waxing, salt precipitation and others. PROSPER will indicate where in the system these issues might occur and the user has options to consider intervention e. As is the case with all the programs developed by Petex, PROSPER uses a powerful thermodynamics engine to complement the traditional black oil models that provide all the thermodynamic properties needed for the pressure drop, flow assurance and inflow calculations.
In fully compositional mode, PROSPER allows users to take advantage of advanced hydrate prediction and mitigation calculations, salt deposition, special handling of CO2 for dense and light phases and many other functionalities. In black oil mode, a large number of correlations are available that can be compared and matched to lab data. Special correlations for heavy oils have been implemented and these, coupled with an emulsion model as well as special heavy oil pressure drop models, make PROSPER unique in being able to deal with such fluids and the intricacies of producing them.
All common naturally flowing well configurations, including multi-lateral, whether naturally flowing or with artificial lift can be modelled and optimised together. These products form a suite of complementary tools assisting engineers to improve their reservoir simulations by describing and modelling a production system more accurately.
The MOVE suite is the most complete structural modelling and analysis toolkit available. IPM can model and optimise the production and the water or gas injection system simultaneously.
With the Reservoir, Wells and Complete Surface Systems model completed and the production history matched, the production system can be optimised and production forecasts run. The unique global optimisation approach permits the engineer to determine the optimum setting to maximum production or revenue, taking account of all constraints that are set in the system.
The self-service, business analytics and reporting modules includes IPM business views, dashboards, KPIs, ad-hoc reporting, data warehousing, and the ability to securely access royalty statements online as well as view historical reports.
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