While synthetic polymer floods are being deployed in mild temperature and low salinity
fields, many oilfields (harsh conditions) remain inaccessible due to performance limitations …

Recently, there has been an increasing interest in enhanced oil recovery (EOR) from shale‐
oil reservoirs, including injection of carbon dioxide (CO2) and field gas. For the performance …

The objective of this study is to develop a hybrid model by combining physics and data-
driven approach for optimum unconventional field development. We used physics-based …

Summary Diffusive-time-of-flight (DTOF), representing the travel time of pressure front
propagation, has found many applications in unconventional reservoir performance …

The fast marching method (FMM) based rapid simulation has offered significant speed-up,
commonly two to three orders of magnitude, for modeling unconventional reservoirs. The …

Abstract The Fast Marching Method (FMM) is an efficient tool for the solution of the Eikonal
equation to characterize frontal propagation in heterogeneous and anisotropic media …

Closed loop reservoir management is challenged with building reliable and fast predictive
reservoir models to make field decisions. Traditional numerical simulation models can be …

We present a novel deep learning-based workflow incorporating a reduced physics model
that can efficiently visualize well drainage volume and pressure front propagation in …

This paper introduces a novel hybrid Fast Marching Method-based simulation (FMM-Sim)
workflow for rapid history matching and completion design optimization of hydraulically …

Data Analytics in Reservoir Engineering Page 1 PetroBrief Data Analytics in Reservoir
Engineering Sathish Sankaran Sebastien Matringe Mohamed Sidahmed Luigi Saputelli …