Abstract
The report describes the three phase low pressure flow facility at Institutt for energiteknikk (Norway). The facility was built during 1993 and 1994, and was tailor made for experiments which are being performed in the PhD project titled Stratified flow of water, oil and gas in horizontal oil wells. The flow facility consists of a water and oil reservoir/separator, supply systems for water, oil and air including instruments for measuring the water, oil and air flow rates, an approximately 20 meter long test section which can be inclined 10 degrees (up and down sloping) from the horizontal, a pre-separator at the end of the test section, and a water and oil return line to the liquid reservoir. The test section can be easily changed, and presently a 60 mm i.d. circular Perspex tube is used. Pressure cells used for measuring the pressure drop along the test section have been installed as well as Fast Closing Valves for shutting off part of the test section in order to measure the liquid fraction. Other instrumentation can easily be added. 21 figs., 2 tabs.
Citation Formats
Espedal, M.
The three phase low pressure flow facility at Institutt for energiteknikk.
Norway: N. p.,
1994.
Web.
Espedal, M.
The three phase low pressure flow facility at Institutt for energiteknikk.
Norway.
Espedal, M.
1994.
"The three phase low pressure flow facility at Institutt for energiteknikk."
Norway.
@misc{etde_10128084,
title = {The three phase low pressure flow facility at Institutt for energiteknikk}
author = {Espedal, M}
abstractNote = {The report describes the three phase low pressure flow facility at Institutt for energiteknikk (Norway). The facility was built during 1993 and 1994, and was tailor made for experiments which are being performed in the PhD project titled Stratified flow of water, oil and gas in horizontal oil wells. The flow facility consists of a water and oil reservoir/separator, supply systems for water, oil and air including instruments for measuring the water, oil and air flow rates, an approximately 20 meter long test section which can be inclined 10 degrees (up and down sloping) from the horizontal, a pre-separator at the end of the test section, and a water and oil return line to the liquid reservoir. The test section can be easily changed, and presently a 60 mm i.d. circular Perspex tube is used. Pressure cells used for measuring the pressure drop along the test section have been installed as well as Fast Closing Valves for shutting off part of the test section in order to measure the liquid fraction. Other instrumentation can easily be added. 21 figs., 2 tabs.}
place = {Norway}
year = {1994}
month = {Dec}
}
title = {The three phase low pressure flow facility at Institutt for energiteknikk}
author = {Espedal, M}
abstractNote = {The report describes the three phase low pressure flow facility at Institutt for energiteknikk (Norway). The facility was built during 1993 and 1994, and was tailor made for experiments which are being performed in the PhD project titled Stratified flow of water, oil and gas in horizontal oil wells. The flow facility consists of a water and oil reservoir/separator, supply systems for water, oil and air including instruments for measuring the water, oil and air flow rates, an approximately 20 meter long test section which can be inclined 10 degrees (up and down sloping) from the horizontal, a pre-separator at the end of the test section, and a water and oil return line to the liquid reservoir. The test section can be easily changed, and presently a 60 mm i.d. circular Perspex tube is used. Pressure cells used for measuring the pressure drop along the test section have been installed as well as Fast Closing Valves for shutting off part of the test section in order to measure the liquid fraction. Other instrumentation can easily be added. 21 figs., 2 tabs.}
place = {Norway}
year = {1994}
month = {Dec}
}