Carbon Capture and Storage (CCS) is recognized as a potent strategy for managing the
accumulation of human-generated CO2 in the atmosphere, hel** to alleviate climate …

Wellbore leakage of carbon dioxide (CO 2) injected into storage zones can induce
significant temperature anomalies. These thermal signals arise from expansion of the …

Productions from oil and gas reservoirs can induce significant pressure and temperature
changes at the wellbore. The temperature signal is sensitive to reservoir properties and …

Significant fluid-property variation can be induced with pressure and temperature dynamics
in the reservoir associated with oil production. The existing analytical solutions for …

Carbon dioxide (CO 2) storage security is a key issue in CO 2 geological storage (CGS). A
three-dimensional (3D) conceptual reservoir model of the Shenhua CO 2 geological storage …

The objective of this study is to evaluate the sensitivity of Distributed Temperature Sensing
(DTS) data to detect CO 2 leakage along an injection well casing. This paper describes the …

Multilayer systems are widely encountered in underground hydrocarbon reservoirs. To
obtain accurate multilayer properties and understand the flow behavior in a multilayer …

The understanding of downhole production contribution, along with the improvement of its
efficiency, using accurate production profiling as a critical approach has traditionally been …

It is important to understand the process of multiphase carbon dioxide (CO 2) leakage in
faults for the risk assessment of carbon capture and storage (CCS). To quantitatively …

Distributed sensing technologies have been increasingly used for downhole monitoring in
the oil field in recent years. A casing deformation monitoring system based on distributed …