Digital twins need to adapt to changes in the physical system they reflect. In this paper, we
propose a solution to dynamically reconfigure simulators in a digital twin that exploits …

The development of an oil reservoir consists in drilling wells that maximize revenue. The
quest for this configuration is often based on optimization processes that use the net present …

This paper presents an innovative application of the Integrated Asset Model (IAM) approach
for simulating a surface network collecting many fields on production and multiple …

In petroleum engineering studies, the integration of reservoir and production system models
can improve production forecasts. As the integration increases computation time, it is …

Abstract Graphics Processing Units (GPUs) have been successful in providing up to an
order of magnitude performance benefit for reservoir simulation; this has been demonstrated …

During the initial stages of a new gas-condensate field development planning, studies are
performed trying to cover all possible key project factors. Reservoir performance estimations …

When coupling reservoir simulators to surface network solvers, an often used strategy is to
perform a rule or priority-driven allocation based on individual well and group constraints …

Various methodologies to model the coupling of reservoirs and production systems have
been applied in the oil industry in recent years due to the need to model properly the …

Abstract This Extended Reach Drilling (ERD) field re-development predominantly from four
artificial islands of a giant offshore field in the United Arab Emirates (UAE) requires in most …

This work evaluates the Proxy model application representing the production system for
integrated simulation with a reservoir to reduce computational time while preserving the …