Carbon capture and sequestration (CCS) method is the only viable method for reducing
massive amount of carbon dioxide (CO 2) from the atmosphere to prevent the subsequent …

Geological storage is a valuable strategy for reducing CO 2 emissions to the atmosphere,
although seismicity induced by CO 2 injection can be a serious hazard that also becomes an …

A tremendous amount of fossil fuel is utilized to meet the rising trend in the world's energy
demand, leading to the rising level of CO2 in the atmosphere and ultimately contributing to …

Geological carbon dioxide storage is one of the most effective technologies to reduce
greenhouse gas emissions to the atmosphere. The mineral dissolution is inevitable during …

Successful carbon injection operations depend critically on the management of risks, like
induced seismicity. Here, we consider the bowtie risk management framework to organize …

Abstract Carbon Capture and Storage (CCS) is a pre-requisite to decarbonize CO 2
emissions from industrial sectors and as an industry capable of compensating for hard-to …

This study analyzes the shear slip potential and ground uplift around high-level radioactive
waste (HLW) repositories using coupled thermo-hydro-mechanical (THM) numerical models …

Many studies on CO 2 injection monitoring focus on fault stability risks due to increased pore
pressure. However, the temperature of the injected fluid can also significantly impact the …

Marine carbon storage plays a crucial role in reducing global greenhouse gas emissions. To
ensure the efficient and safe storage of CO2, it is imperative to monitor the potential …

This study investigates the limitation of simplified stress path assumptions, particularly
uniaxial strain conditions, in fault stability assessments for CO 2 injection sites. We …