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View article: Fourier Neural Operator based surrogates for $CO_2$ storage in realistic geologies
Fourier Neural Operator based surrogates for $CO_2$ storage in realistic geologies Open
This study aims to develop surrogate models for accelerating decision making processes associated with carbon capture and storage (CCS) technologies. Selection of sub-surface $CO_2$ storage sites often necessitates expensive and involved s…
View article: Accelerated CCS Site Screening Using Fourier Neural Operator Based Surrogates for Flow Simulations
Accelerated CCS Site Screening Using Fourier Neural Operator Based Surrogates for Flow Simulations Open
View article: Analytical model for Joule-Thomson cooling under heat exchange during CO2 storage
Analytical model for Joule-Thomson cooling under heat exchange during CO2 storage Open
View article: Modelling geological CO2 leakage: Integrating fracture permeability and fault zone outcrop analysis
Modelling geological CO2 leakage: Integrating fracture permeability and fault zone outcrop analysis Open
Geological carbon capture and storage (CCS) is a critical technology for mitigating greenhouse gas emissions, but the risk of leakage remains a significant concern. Fault and fracture networks across sealing intervals are potential pathway…
View article: Impact of humid supercritical CO2 flow and CO2 solvation-induced cement porewater expulsion on reactive self-sealing processes along wellbore microannuli
Impact of humid supercritical CO2 flow and CO2 solvation-induced cement porewater expulsion on reactive self-sealing processes along wellbore microannuli Open
Ensuring geological containment of injected CO2 is a key requirement in the planning and execution of Carbon Capture and Storage (CCS) projects. This includes a proper analysis, and if needed remediation, of the wellbore cement sealing int…
View article: Viscous fingering in CCS - A general criterion for viscous fingering in porous media
Viscous fingering in CCS - A general criterion for viscous fingering in porous media Open
For many practical applications such as the CO2 injection for carbon capture and sequestration (CCS) or gas injection for underground energy storage it is important to understand whether this displacement is stable or unstable. Viscous ins…
View article: Assessment of Past and Future Top-Seal Leakage Via Natural Hydrothermal Conduits at the Depleted Gas Field and Planned Carbon Dioxide Storage Site Kb15-Fb (Shell Offshore Carbon Storage Project, the Netherlands)
Assessment of Past and Future Top-Seal Leakage Via Natural Hydrothermal Conduits at the Depleted Gas Field and Planned Carbon Dioxide Storage Site Kb15-Fb (Shell Offshore Carbon Storage Project, the Netherlands) Open
View article: Analytical Model for Joule-Thomson Cooling Under Heat Exchange During Co2 Storage in Geological Formations
Analytical Model for Joule-Thomson Cooling Under Heat Exchange During Co2 Storage in Geological Formations Open
View article: Modelling Geological Co2 Leakage: Integrating Fracture Permeability and Fault Zone Outcrop Analysis
Modelling Geological Co2 Leakage: Integrating Fracture Permeability and Fault Zone Outcrop Analysis Open
View article: Modelling of long-term along-fault flow of CO2 from a natural reservoir
Modelling of long-term along-fault flow of CO2 from a natural reservoir Open
As part of the European ACT-sponsored research consortium, DETECT, we developed an integrated characterisation and risk assessment toolkit for natural fault/fracture pathways. In this paper, we describe the DETECT experimental-modelling wo…
View article: Role of fault and fracture networks to de-risk geological leakage from subsurface energy sites
Role of fault and fracture networks to de-risk geological leakage from subsurface energy sites Open
<p>The success of geological carbon capture and storage projects depends on the integrity of the top seal, confining injected CO<sub>2</sub> in the subsurface for long periods of time. Here, faults and related fracture ne…
View article: Salt precipitation due to supercritical gas injection: II. Capillary transport in multi porosity rocks
Salt precipitation due to supercritical gas injection: II. Capillary transport in multi porosity rocks Open
Drying of geological formations by supercritical gas injection and the associated precipitation of salts from the formation water may have serious consequences for upstream operations in terms of injectivity/productivity impairment. The po…
View article: Modelling of Long-term Along-fault Flow of CO2 From a Natural Reservoir
Modelling of Long-term Along-fault Flow of CO2 From a Natural Reservoir Open
View article: Understanding Fault and Fracture Networks to De-Risk Geological Leakage from Subsurface Storage Sites
Understanding Fault and Fracture Networks to De-Risk Geological Leakage from Subsurface Storage Sites Open
To verify successful long-term CO2 storage, it is critical to improve our understanding of leakage along natural faults and fractures within the primary caprock. In the proximity of a fault zone, interactions between multiple fracture sets…
View article: Experimental and numerical investigation of wormholing during CO2 storage and water alternating gas injection
Experimental and numerical investigation of wormholing during CO2 storage and water alternating gas injection Open
Carbon dioxide (CO2) injection into geological formations is gaining global interest. Examples include CO2 storage to mitigate greenhouse gas emissions and water alternating gas (WAG) injection for enhanced oil recovery (EOR) and storage. …
View article: DETECT - Quantifying the Risk of CO2 Leakage Along Fractures Using an Integrated Experimental, Multiscale Modelling and Monitoring Approach
DETECT - Quantifying the Risk of CO2 Leakage Along Fractures Using an Integrated Experimental, Multiscale Modelling and Monitoring Approach Open
View article: Multiphase Modelling of Wormhole Formation in Carbonates by the Injection of CO2
Multiphase Modelling of Wormhole Formation in Carbonates by the Injection of CO2 Open
Injection of acids into carbonate formations can lead to the formation of macroscopic flow conduits. These so-called wormholes have the potential to dramatically increase effective permeability, leading to an enhanced well injectivity or p…
View article: Forecast of Reactive CO2 Injection into a Carbonate Formation, Middle East
Forecast of Reactive CO2 Injection into a Carbonate Formation, Middle East Open
This paper describes the results of reservoir and reactive transport modelling using MoReS-PHREEQC to study the long-term fate of CO2 injection in a carbonate aquifer. The heterogeneous model is based on a geological model built in Petrel,…
View article: Validating Reactive Transport Models of CO2-brine-Rock Reactions in Caprocks Using Observations from a Natural CO2 Reservoir
Validating Reactive Transport Models of CO2-brine-Rock Reactions in Caprocks Using Observations from a Natural CO2 Reservoir Open
Storage of anthropogenic CO2 in geological formations relies on impermeable caprocks as the primary seal preventing buoyant super-critical CO2 escaping. Although natural CO2 reservoirs demonstrate that CO2 may be stored safely for millions…
View article: Observational evidence confirms modelling of the long-term integrity of CO2-reservoir caprocks
Observational evidence confirms modelling of the long-term integrity of CO2-reservoir caprocks Open
View article: Long-term Fate of Injected CO2 into a Carbonate Formation, Middle East
Long-term Fate of Injected CO2 into a Carbonate Formation, Middle East Open
Summary Injection of CO2 into a carbonate formation in the Middle East is considered as potential option for permanently storing CO2. Understanding the plausible migration pathways of the CO2 plume and predicting the long-term fate plays a…