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ANALYSIS OF VOID FRACTION PHASE DISTRIBUTION OF GAS-LIQUID FLOW IN A HORIZONTAL PIPE USING WIRE MESH SENSOR DATA
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- Contributor: mr-chris
- engagements: 97
- Case No: 712890ip
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ABSRACT - [ Total Page(s): 1 ]The scope of this work was to make detailed analysis of phase distribution in a horizontal pipe. This detailed analysis has been successfully carried out. Data obtained from wire mesh sensor (WMS) were used for the analyses. The operating fluid considered was an air/silicone oil mixture within a 6 m horizontal pipe with internal diameter of 0.067 m. The gas superficial velocities considered spans from 0.047 to 4.727 m/s, whilst liquid superficial velocities ranged from 0.047 to 0.4727 m/s. The wire mesh sensor (WMS) data obtained consist of the average cross-sectional and time average radial v
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CHAPTER ONE - [ Total Page(s): 2 ]However, two-phase flow is an extremely complicated physical phenomenon occurring particularly in the petroleum industry during the production and the transportation of oil and gas due to its unsteady nature and high attendant pressure drop. This may eventually damage the pipe system, therefore the complexity of the potential flow regimes present within these pipelines has attracted considerable research interest to improve our understanding of two-phase flow phase distribution in a pipe system under various processing conditions. The spatial distribution of the phases inside t ... Continue Reading
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ABSRACT - [ Total Page(s): 1 ]The scope of this work was to make detailed analysis of phase distribution in a horizontal pipe. This detailed analysis has been successfully carried out. Data obtained from wire mesh sensor (WMS) were used for the analyses. The operating fluid considered was an air/silicone oil mixture within a 6 m horizontal pipe with internal diameter of 0.067 m. The gas superficial velocities considered spans from 0.047 to 4.727 m/s, whilst liquid superficial velocities ranged from 0.047 to 0.4727 m/s. The wire mesh sensor (WMS) data obtained consist of the average cross-sectional and time average radial v
... Continue Reading
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