Abstract Time-lapse (4D) seismic data provides spatial information about dynamic changes
in a reservoir. This information can be used in combination with production data from wells …

Carbonate reservoirs typically exhibit very complex geological structures and are
characterized by flow dynamics primarily occurring in fractures. The intricate network of …

An ensemble‐based history‐matching framework is proposed to enhance the
characterization of petroleum reservoirs through the assimilation of crosswell …

We propose a feature-oriented ensemble history-matching workflow with a focus on the
integration of time-lapse seismic and electromagnetic (EM) data. The developed workflow …

Although hydraulic fracturing enables economic production from tight formations, production
rates usually decline quickly and result in low hydrocarbon recovery. Moreover, it is difficult …

The use of 4D seismic data in history matching has been a topic of great interest in the
hydrocarbon industry as it can provide important information regarding changes in …

Carbonate reservoirs represent strongly complex geological structures whose main feature
is that the flow dynamics primarily occurs in fractures. The complexity of the network of …

An ensemble-based 4D seismic history matching case is presented. Seismic data are re-
parameterized as distance to 4D anomaly front and assimilated with production data. The …

A distance parameterization of flood fronts derived from time-lapse seismic anomalies was
recently developed to facilitate incorporation of time-lapse seismic data into history matching …

This study aims at enhancing reservoir characterization through simultaneous history
matching of time-lapse seismic and electromagnetic (EM) data. We propose an efficient …