The porosity and permeability of sandstone and carbonate reservoirs (known as reservoir
quality) are essential inputs for successful oil and gas resource exploration and exploitation …

In structurally-controlled dolomitization systems, there is a general consensus that the
formation of dolostone-limestone transitions, termed here as “dolomitization fronts”, is …

Fault‐controlled hydrothermal dolomitization in tectonically complex basins can occur at any
depth and from different fluid compositions, including 'deep‐seated','crustal'or …

Dolomitization is one of the most significant diagenetic reactions in carbonate systems,
occurring where limestone (CaCO 3) is replaced by dolomite (CaMg (CO 3) 2) under a wide …

Fault-controlled, hydrothermal dolomitization often occurs at margins between shallow-water
carbonate platforms and deep-water sedimentary basins. In western Canada, for example …

The formation mechanisms of multi-stage dolomites and hydrocarbon reservoirs associated
with volcanic activity are complex. This study investigated the Permian Chihsia Formation in …

The presence of hydrothermal dolomites in the middle Permian carbonates from the
southwest Sichuan Basin has been suggested by petrographic features including zebra …

The higher abundance of dolomite in the Neoproterozoic compared with that of the
Phanerozoic has been linked to elevated marine Mg/Ca ratios, and a hypothesized 'dolomite …

In recent years, petroleum exploration has extended from shallow to deep reservoirs in the
globle petroliferous basins. In contrast to conventional carbonate reservoirs, the fractures …

Deciphering the dolomitization process is the key to understanding the formation of massive
dolostones on shallow-marine platforms, it also improves our understanding of dolostone …