The main motivation for writing this book is to report on an existing repertoire of geostatistical
methods for handling the integration of geophysical information in reservoir modeling and …

Carbon dioxide sequestration in deep saline aquifers requires accurate and precise
methods to monitor carbon capture and storage and detect leakage risks. The assessment of …

Modelling lithofacies and petrophysical properties are the challenging processes at the
beginning of exploration and production of hydrocarbon reservoirs. However, the limited …

Geostatistical seismic inversion methods use stochastic sequential simulation as the model
generation and perturbation technique. These stochastic simulation methods use a global …

History matching is the process of modifying the uncertain attributes of a reservoir model to
reproduce the real reservoir performance. It is a classical reservoir engineering problem and …

History matching is a classical petroleum reservoir engineering data assimilation process
whereby a reservoir model is calibrated to reproduce the behavior of a real reservoir …

Reliable reservoir characterization is essential to predict future behavior, however, scarcity
of data results in uncertainties and consequently, high variability in simulated data. This …

Hydrocarbon reservoir modelling and characterisation is a challenging subject within the oil
and gas industry due to the lack of well data and the natural heterogeneities of the Earth's …

History matching is an important reservoir engineering process whereby the values of
uncertain attributes of a reservoir model are changed to find models that have a better …

Simultaneous integration of production data under geological consistency, as part of the
reservoir modelling workflow, still remains a challenge. A geologically consistent approach …