Abstract

Water/air jets are generated under ambient conditions and recorded with a high speed camera to analyze the influence of the gas phase on the jet rise velocity and to rate the 2D analysis method (as used 2010 to determine the oil flow rate). As datasets the videos are provided.

Comments

Purpose:

These experiments have been done to investigate the analysis method of particle tracking to predict the volume flow rate of multiphase jets. Knowing the error of the determined total volume flow rate as function of gas ratio the flow rates of oil/gas blowouts can be estimated with more precision.

Data Parameters and Units:

Camera: Frame rate (frames per second), 200 fps recording frame rate and 60 fps video frame rate; Exposure time (seconds), 0.0005; Experimental parameters: Volume flow rate (L/min); Pressure (MPa); Temperature (C); Geometry parameters: Length scale (m), Inner column diameter = 0.288m, Height of the column = 2m, Inner pipe diameter = 0.034m; The following is a list of parameters for each video file: Name: 35Lmin-1_v1_water_cut.00, Amount of Test Series: 2, Gas to Liquid Ratio: 0, Water Ratio: 100%, Gas Ratio: 0%, Total Volume Flow Rate: 35.0L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 35Lmin-1_v2_water_cut.00, Amount of Test Series: 2, Gas to Liquid Ratio: 0, Water Ratio: 100%, Gas Ratio: 0%, Total Volume Flow Rate: 35.0L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 35p3Lmin-1_v2_glr2p23_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 1.44, Water Ratio: 41%, Gas Ratio: 59%, Total Volume Flow Rate: 35.3L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 35p3Lmin-1_v3_glr2p23_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 1.44, Water Ratio: 41%, Gas Ratio: 59%, Total Volume Flow Rate: 35.3L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 35p3Lmin-1_v4_glr2p23_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 1.44, Water Ratio: 41%, Gas Ratio: 59%, Total Volume Flow Rate: 35.3L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 35p3Lmin-1_v2_glr1p44_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 2.23, Water Ratio: 31%, Gas Ratio: 69%, Total Volume Flow Rate: 35.3L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 35p3Lmin-1_v3_glr1p44_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 2.23, Water Ratio: 31%, Gas Ratio: 69%, Total Volume Flow Rate: 35.3L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 35p3Lmin-1_v4_glr1p44_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 2.23, Water Ratio: 31%, Gas Ratio: 69%, Total Volume Flow Rate: 35.3L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 64p7Lmin-1_v5_glr1p17_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 1.17, Water Ratio: 46%, Gas Ratio: 54%, Total Volume Flow Rate: 64.7L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 64p7Lmin-1_v6_glr1p17_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 1.17, Water Ratio: 46%, Gas Ratio: 54%, Total Volume Flow Rate: 64.7L/min, Temp: 20-25C, Pressure: 0.1MPa; Name: 64p7Lmin-1_v7_glr1p17_cut.00, Amount of Test Series: 3, Gas to Liquid Ratio: 1.17, Water Ratio: 46%, Gas Ratio: 54%, Total Volume Flow Rate: 64.7L/min, Temp: 20-25C, Pressure: 0.1MPa;

Methods:

Recording of the multiphase jets with a high speed camera

Instruments:

Pilot plant bubble column, High speed camera

Keywords

Multiphase jets, Gas-liquid jets, Volume flow rate

UDI

R1.x135.118:0003

Date

10-19-2015

Point of Contact

Todd A. Chavez University of South Florida / USF Library System tchavez@usf.edu

Funding Source

RFP-I

DOI

https://doi.org/10.7266/N71V5BZX

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