This study provides an overview of the evolution of technology in the reservoir modeling
field, discussing past, present, and future advancements. It explores how technologies such …

Commercial reservoir simulators have traditionally been optimized for parallel computations
on central processing units (CPUs). The recent advances in general-purpose graphics …

Parallel simulation significantly reduces runtime in oil reservoir simulations, enabling higher-
resolution analysis and a better understanding of reservoir behavior. This study …

Commercial reservoir simulators have traditionally been optimized for distributed parallel
execution on Central Processing Units (CPUs). Recent advances in Graphics Processing …

The compositional model is often used to describe multicomponent multiphase porous
media flows in the petroleum industry. The fully implicit method with strong stability and …

The ever-increasing resolution of reservoir simulation models, combined with the
emergence of ensemble approaches, call for the adoption of simulators running on Graphics …

A single modern graphics processing unit (GPU) typically has the memory bandwidth
equivalent to many central processing unit (CPU) nodes. This makes GPU hardware …

Large scale deployment of CO2 storage projects in depleted gas fields, or in deep saline
formations, demands numerical modelling to estimate CO2 volumes that can be secured into …