Integrated Production System Modelling
Scroll down for more
Genesis has extensive experience in Integrated Production System Modelling (IPSM), also referred to as Integrated Asset Modelling (IAM), covering the use of commercial software and the development of bespoke models.
IPSM considers the production of hydrocarbons from the reservoir through the surface facilities, in a single integrated model that includes:
Subsea flowlines and risers
In close collaboration with our clients, we devise optimal development solutions using IPSM to evaluate the impact of different reservoir outcomes and subsurface development decisions in combination with surface facilities options. The model reconciles a diverse set of engineering discipline inputs in order to assess the impact of a particular decision on the project value.
Historical focus for IPSM has often been subsurface, with the surface facilities modelled with insufficient fidelity. We have experience of building bespoke IPSM models from first principles and our knowledge and skills can be applied to interrogate commercial software output, and enhance systems modelling where deemed valuable, to improve integrity and modelling efficacy.
Common examples include:
Interfacing with rigorous compressor models
Results from mechanistic three phase hydraulics flowline/tubing simulations using Pipesim/Olga as opposed to empirical correlations often used in commercial IPSM software.
Attaining a certain level of system modelling sophistication can be crucial to accurate performance prediction. In conjunction with our cost estimation tools we can assess full lifecycle economic evaluation for a series of development options and achieving robust decision quality.
We have developed detailed modelling techniques to achieve accurate predictions while maintaining reasonable runtimes and model stability when simulating large-scale complex systems. Proficient in the use of commercial IPSM software, such as the Petroleum Experts (PetEx) suite (MBAL-Prosper-GAP, etc.) and Maximus, we can refine models substantially by capitalising on our considerable flow assurance and surface facilities expertise to improve modelling rigour.