The geo-storage of hydrogen (H 2) is essential for advancing a robust and industrial-scale H 2-based economy. The efficient H 2 storage in a geological formation depends on the …
This study provides a detailed geochemical and petrographic investigation of 22 Upper Cretaceous Jordan Oil Shale (JOS) samples obtained from various wells distributed across …
This study proposes a new approach to investigate primary migration in petroleum source rocks under laboratory conditions. It was conducted on organic carbon-rich, type II kerogen …
Mechanical properties of layered rocks are critical in ensuring wellbore integrity and predicting natural fracture occurrence for successful reservoir development, particularly in …
Local geological and tectonic processes have been pivotal in shaping the diverse sedimentation patterns observed in Jordan, forming sub-basins characterized by elevated …
This paper presents an integrated petrographic–geochemical–geomechanical study of the growth mechanisms of carbonate and chert concretions observed at outcrop and core from …
This paper addresses challenges in characterizing unconventional shale reservoirs. For the first time, the nuclear magnetic resonance (NMR) and dielectric responses are integrated to …
In this study, we use Broad Ion Beam polishing and Scanning Electron Microscopy (BIB- SEM) to characterize the microstructure of selected core samples of immature Upper …
In this article, we present a method used to model the initiation of bitumen-filled microfractures in immature, organic-rich source rocks. The first part presents the method …