Faster reservoir simulation turnaround time continues to be a major industry priority.
Simultaneously, model sizes are reaching a billion cells and the recovery mechanisms and …

Predicting naturally fractured carbonate reservoir behavior is associated with fluid flow
modeling of two and more mediums. Presence of highly conductive faults and fractures …

A realistic surface-to-borehole controlled-source electromagnetic (CSEM) survey was
modelled to determine the sensitivity of electromagnetic fields to waterflooding in a typical …

To describe the flow of hydrocarbons in the reservoir and in pipelines upstream petroleum
engineers utilize compositional simulation models which allow for the accurate description …

Complex well model has proved to be important for capturing the full physics in wellbore,
including pressure losses, multiphase effects, and advanced device modelling. Numerical …

Modelling the full physics in the wellbore is very important for investigating the wellbore
pressure drop on well productivity in reservoir simulation. The pressure drop along the …

Flow control devices (FCDs) like inflow control devices (ICDs) and interval control valves
(ICVs)(ie, equalizer) have increased applications in both conventional and unconventional …

In this paper, we analyze the level of power consumption for running large scale
hydrocarbonreservoir simulation on high performance clusters (HPC), which may impact the …