The pore system in carbonates is complicated because of the associated biological and
chemical activity. Secondary porosity, on the other hand, is the result of chemical reactions …

The rising CO 2 content in the atmosphere calls for urgent decarbonization efforts. Carbon
capture and storage (CCS) have proven effective in storing large volumes of CO 2 in …

Field investigation, biostratigraphic, paleoecological, and sedimentary microfacies analyses,
as well as diagenetic processes characterization, were carried out in the Epirus region …

The internal architecture and evolution of isolated carbonate buildups rely on multiple
forcing factors, including tectonics and eustatic fluctuations. These parameters control the …

Carbonate reservoirs are mostly considered to be complicated since in the petroleum
industry, and because predicting the quality and achieving a high recovery factor from these …

Pore geometry plays an important role in the elastic response of carbonate rocks. Diagenetic
processes in carbonate sediments generate a range of pore-type distributions. Hence, the …

Carbonate build-ups are proven prolific hydrocarbon reservoirs located around the globe. In
Southeast Asia, the carbonates are usually associated with grain-rich facies types …

Carbonate rocks are important hydrocarbon reservoirs around the globe and in Southeast
Asia a key one, particularly, is the Central Luconia province. Understanding the internal …

Microporosity is recognized as a significant concern in limestone reservoirs throughout the
world because it presence can highly complicate the hydrocarbon estimation and …

The present study provides the baseline status of the spatial distribution of carbonate
platforms for the Oligo-Miocene interval. The resulting global trend quantitatively shows the …