Integrated geophysical analysis using different methods along with a priori information from
wells, is a proven approach to investigate the geology and the petro-physical characteristics …

This paper provides an overview of recent advances and remaining challenges in
predicting, quantifying, detecting and mitigating carbon dioxide (CO2) leakage from …

This paper presents a hollow core photonic crystal fiber (HC-PCF) based gas sensor for
monitoring carbon dioxide (CO 2). The HC-PCF based sensor is employed for monitoring …

Abstract The Pennsylvanian–age Morrow sandstone within the Farnsworth field unit of the
Anadarko basin presents an opportunity for CO2 enhanced oil recovery (EOR) and …

Wave-induced fluid flow generates a dominant attenuation mechanism in porous media. It
consists of energy loss due to P-wave conversion to Biot (diffusive) modes at mesoscopic …

The UK's transportation network is supported by critical geotechnical assets (cuttings/
embankments/dams) that require sustainable, cost-effective management, while maintaining …

CO 2 geological storage in tight sandstone reservoirs is an effective method of CO 2 capture,
utilization, and storage (CCUS). CO 2 migration and flow characteristics in sandstone during …

Geologic carbon dioxide (CO 2) storage is a promising strategy for reducing its atmospheric
levels, but concerns regarding potential leakage through faults or high-permeability …

We build rock-physics templates (RPTs) for reservoir rocks based on seismic quality factors.
In these templates, the effects of partial saturation, porosity, and permeability on the seismic …

The acoustic behavior of porous media can be simulated more realistically using a stress-
strain relation based on the Cole-Cole model. In particular, seismic velocity dispersion and …