Storing carbon dioxide (CO 2) resulting from the burning of fossil fuels in geological
formations could be an environmentally appealing approach to mitigate the volume of …

Geophysical monitoring of geologic carbon sequestration is critical for risk assessment
during and after carbon dioxide (CO2) injection. Integration of multiple geophysical …

Large-scale storage of 'green'hydrogen is essential in our quest to transition to renewable
energy sources and achieve the net-zero emission targets. As such, Underground Hydrogen …

We present a synthetic multi‐scale, multi‐physics dataset constructed from the Kimberlina
1.2 CO2 reservoir model based on a potential CO2 storage site in the Southern San Joaquin …

Multiphysics inversion exploits different types of geophysical data that often complement
each other and aims to improve overall imaging resolution and reduce uncertainties in …

Depleted oil reservoirs are an important site for geological CO 2 sequestration. In depleted
oil reservoirs, water and hydrocarbons may overlap in the transverse relaxation time (T 2) …

We introduce two algorithms that invert simulated gravity data to 3-D subsurface rock/flow
properties. The first algorithm is data-driven, deep learning (DL)-based approach, and the …

This paper documents how tools developed by the National Risk Assessment Partnership
(NRAP) complement the Bowtie risk assessment approach through the demonstration of a …

Carbon capture and storage (CCS) within sealed geological formations is an essential
strategy to reduce global greenhouse gas emissions, the primary goal of the 2015 United …

This paper presents a high-level overview of site characterization, risk analysis and
monitoring priorities for underground energy-related product storage or sequestration …