The introduction reviews topics relevant to the fundamental controls on fluid flow in
carbonate reservoirs and to the prediction of reservoir performance. The review provides …

The mechanisms responsible for the formation of huge volumes of dolomitized rocks
associated with faults are not well understood. We present a case study for high-temperature …

In the energy transition context, basin modelling, initially dedicated to the understanding of
oil and gas systems, can address several challenges that the sustainable energy sector …

The dominant paradigm for petrogenesis of high-temperature fault-controlled dolomite,
widely known as “hydrothermal dolomite”(HTD), invokes upwelling of hot fluid along faulted …

First proposed nearly half a century ago, the mixing‐zone model of dolomitization enjoyed a
brief stay in the limelight before falling out of favour. Despite extended past criticism …

It has long been recognized that the Arab‐D reservoir in Ghawar field has been significantly
dolomitized and that the distribution of dolomites is highly heterogeneous across this …

Partially dolomitized carbonate rocks of the Middle East and North America host large
hydrocarbon reserves. The origin of some of these dolomites has been attributed to a …

Prediction of the geometry and petrophysical properties of dolomite geobodies depends on
understanding both the hydrological system supplying reactive fluids and the chemistry of …

The burial dissolution of carbonate rocks has long been an interesting topic of reservoir
geologists. Integrated with geological studies and reactive transport modeling, this study …

Gypsum-salt rock is typically developed in carbonate reservoirs, and this rock has both
constructive and destructive effects on the reservoir. The ways in which gypsum rock …