Abstract
The report presents a study with the focus on the behaviour and physics of a bubble column due to a sudden release of natural gas from a broken subsea pipeline. A two-fluid model is proposed describing the movement of the gas as it leaves the pipe exit providing the information on liquid and gas velocities, and on liquid and gas volume fractions. It is also applicable for a case where both oil and gas are released, e.g. from an uncontrolled hydrocarbon well, but where the flow rate of gas is much greater than that of oil. 37 refs., 30 figs.
Citation Formats
Lindholm, D.
Prediction of the behaviour of a bubble column produced by a broken subsea gas pipeline.
Norway: N. p.,
1994.
Web.
Lindholm, D.
Prediction of the behaviour of a bubble column produced by a broken subsea gas pipeline.
Norway.
Lindholm, D.
1994.
"Prediction of the behaviour of a bubble column produced by a broken subsea gas pipeline."
Norway.
@misc{etde_10128095,
title = {Prediction of the behaviour of a bubble column produced by a broken subsea gas pipeline}
author = {Lindholm, D}
abstractNote = {The report presents a study with the focus on the behaviour and physics of a bubble column due to a sudden release of natural gas from a broken subsea pipeline. A two-fluid model is proposed describing the movement of the gas as it leaves the pipe exit providing the information on liquid and gas velocities, and on liquid and gas volume fractions. It is also applicable for a case where both oil and gas are released, e.g. from an uncontrolled hydrocarbon well, but where the flow rate of gas is much greater than that of oil. 37 refs., 30 figs.}
place = {Norway}
year = {1994}
month = {Dec}
}
title = {Prediction of the behaviour of a bubble column produced by a broken subsea gas pipeline}
author = {Lindholm, D}
abstractNote = {The report presents a study with the focus on the behaviour and physics of a bubble column due to a sudden release of natural gas from a broken subsea pipeline. A two-fluid model is proposed describing the movement of the gas as it leaves the pipe exit providing the information on liquid and gas velocities, and on liquid and gas volume fractions. It is also applicable for a case where both oil and gas are released, e.g. from an uncontrolled hydrocarbon well, but where the flow rate of gas is much greater than that of oil. 37 refs., 30 figs.}
place = {Norway}
year = {1994}
month = {Dec}
}