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 …

Hydrothermal dolomitization is an important diagenetic process that affects the quality of
carbonate reservoirs. While geochemical modeling is a useful tool to improve our …

In order to reveal the genetic mechanism of deep-buried carbonate reservoirs, a study was
made based on well Peng-1 in Shunnan area of the Tarim Basin. The core section of well …

Hydrothermal dolomitization is present in several Middle East carbonate reservoirs including
Ghawar, the North Field and South Pars. Structurally controlled hydrothermal dolomitization …

Abstract Zhu et al.(2015) present a case study that is interpreted as showing porosity
creation in the deep subsurface by hydrothermal dolomitization. Zhu et al.(2015) describe …

The dissolution of carbonate rocks has a significant control on reservoir quality under deep
burial conditions, which has become a focus of studies in recent years. A series of …

The deeply buried carbonate reservoir of Cambrian is an important target of oil and gas
exploration in the Tarim Basin. Understanding the dissolution mechanism of the deep-buried …

Carbonate dissolution during the process of burial and evolution by percolating acid fluid
was simulated using core plugs to analyze the characteristics and controlling factors of …

Carbonate reservoirs, especially dolomite reservoirs, contain large reserves of oil and gas.
The complex diagenesis is quite challenging to document the dolomite reservoirs formation …

Detailed studies of homogenizalion temperatures of fluid inclusions, distribution and
geochemistry characters of hydrothermal minerals provide insights into chemical …