Understanding mechanical behaviour of shale is essential for efficient shale gas extraction,
which can vary in different depositional settings. The impact of sedimentary environment on …

The sedimentary environment largely controls the thickness, distribution, organic carbon
content, geochemical, and petrophysical characteristics of the shale. Thereby, the …

Supercritical adsorption studies are crucial, as adsorbed methane has a significant
contribution to the total gas-in-place along with the free gas-in-shale reservoirs. Due to the …

Coaly shale layers are frequently found in most basins around the world, but less is known
about their CO2 sequestration and shale gas potential. To fill this knowledge gap, the …

Evidence of marine influences within the Permian Barakar Formation of the Pranhita–
Godavari (P–G) Basin and its age equivalent, the Kommugudem Formation of the Krishna …

The sedimentary environment and organic matter enrichment relationship of the Upper
Ordovician Wufeng Formation black shale, Guanyinqiao mudstone, and Lower Silurian …

Unlike the release pressure process in shale gas exploitation, in this study, the
concentration diffusion process is deeply discussed under constant temperature-pressure …

The unconventional reserves are vital future energy resources and globally augmented
interest endeavours the discovery of gas and oil‐rich shales. The Kommugudem Formation …

As the cornerstone for evaluating the storage capacity of shale reservoirs and assessing the
viability of shale gas exploitation, shale pores play a very important role in shale reservoirs …

Lower Gondwana Kommugudem Formation of the Krishna‐Godavari (KG) Basin in the
eastern coast of India records the deglaciation sequences of the Early Permian and is …