Add to ORKGA modelling concept for studying the resulting bubble plume from a subsea gas release is presented. Simulation results show good consistency with available experimental data. The modelling concept is applied to assess the importance of different physics and mechanisms assumed to influence the behaviour of the bubble plume. It is shown that buoyancy, drag, turbulent dispersion and gas dissolution are the governing mechanisms, and that gas dissolution is important for deep releases.ACKNOWLEDGEMENT. This study was performed in the SURE joint industry project funded by BP, Gassco, Shell, Statoil, Total, DNV LG, Safetec, Wild Well Control and PSA (Petroleum Safety Authorities).publishedVersio
Field observations indicate that during the 2010 Deepwater Horizon accident, approximately one quart...
Oil and gas from a subsea blowout shatter into droplets and bubbles that rise through the water colu...
A two-fluid, small scale numerical ocean model was developed to simulate plume dynamics and increas...
A modelling concept for studying the resulting bubble plume from a subsea gas release is presented. ...
A subsea release of gas poses a risk to humans and assets at the surface. Assessing this risk requir...
Master's thesis in Risk ManagementThe worlds demand for oil and gas is constantly increasing, and th...
The objective of this research is to develop a mathematical model to describe the dynamic and thermo...
PresentationA Computational Fluid Dynamics (CFD) model was developed to describe the behavior of a s...
A subsea gas release is a concern for both safety and environment. This can be assessed by mathemati...
Although the repetitive subsea gas releases incidents occurring in the offshore oil and gas industry...
The global demand for hydrocarbons is high and is also believed to be high in the future. Much of to...
gas transfer; wave breaking, air-sea interaction; sea surfaceInternational audienceThe air–water exc...
ABSTRACT: The rise and dissolutions of CO2 or CH4 particles (bubbles or drops) from deep ocean is im...
The air–water exchange of gases can be substantially enhanced by wave breaking and specifically by b...
Laboratory results have demonstrated the importance of bubble plumes to air-water gas transfer (Ashe...
Field observations indicate that during the 2010 Deepwater Horizon accident, approximately one quart...
Oil and gas from a subsea blowout shatter into droplets and bubbles that rise through the water colu...
A two-fluid, small scale numerical ocean model was developed to simulate plume dynamics and increas...
A modelling concept for studying the resulting bubble plume from a subsea gas release is presented. ...
A subsea release of gas poses a risk to humans and assets at the surface. Assessing this risk requir...
Master's thesis in Risk ManagementThe worlds demand for oil and gas is constantly increasing, and th...
The objective of this research is to develop a mathematical model to describe the dynamic and thermo...
PresentationA Computational Fluid Dynamics (CFD) model was developed to describe the behavior of a s...
A subsea gas release is a concern for both safety and environment. This can be assessed by mathemati...
Although the repetitive subsea gas releases incidents occurring in the offshore oil and gas industry...
The global demand for hydrocarbons is high and is also believed to be high in the future. Much of to...
gas transfer; wave breaking, air-sea interaction; sea surfaceInternational audienceThe air–water exc...
ABSTRACT: The rise and dissolutions of CO2 or CH4 particles (bubbles or drops) from deep ocean is im...
The air–water exchange of gases can be substantially enhanced by wave breaking and specifically by b...
Laboratory results have demonstrated the importance of bubble plumes to air-water gas transfer (Ashe...
Field observations indicate that during the 2010 Deepwater Horizon accident, approximately one quart...
Oil and gas from a subsea blowout shatter into droplets and bubbles that rise through the water colu...
A two-fluid, small scale numerical ocean model was developed to simulate plume dynamics and increas...