Physics-based computational modeling of subsurface CO2 migration constitutes the primary tool to assess geologic carbon storage. Such models are often required to plan injection …
B Becker, B Guo, I Buntic, B Flemisch… - Water Resources …, 2022 - Wiley Online Library
Efficient compositional models are required to simulate underground gas storage in porous formations where, for example, gas quality (such as purity) and loss of gas due to dissolution …
Numerical modeling of CO 2 injection in the deep saline aquifer is computationally expensive due to the large spatial and temporal scales. To address the computational …
Mathematical modeling is an essential tool for answering questions related to geologic carbon storage (GCS). The choice of modeling approach depends on the type of questions …
Saline aquifers constitute the most abundant geological storage option for Carbon Capture and Storage (CCS) projects. When injected in the aquifer, due to its lower density in …
CO 2 capture and storage is an important technology for mitigating climate change. Design of efficient strategies for safe, long-term storage requires the capability to efficiently simulate …
Energy storage is an essential component of future energy systems with a large share of renewable energy. Apart from pumped hydro storage, large scale energy storage is mainly …
M Liu, Z Li, J Qi, Y Meng, J Zhou, M Ni, X Zhou… - Energy & …, 2024 - ACS Publications
With the rise of global temperatures, climate change has become one of the major challenges facing humanity. Carbon dioxide is one of the main gases causing the …
In heavy oil displacement by fluid injection, severe instability can occur due to the adverse mobility ratio, gravity segregation or compositional effects. However, when estimating …