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Measurement of Interphase Forces based on Dual-modality ERT/DP Sensor in Horizontal Two-phase Flow Gas-water
Fang, Lide Wang, Peipei Zeng, Qiaoqiao Li, Mingming Li, Xiaoting Wang, Mi Faraj, Yousef Wang, Qiang
Fang, Lide
Wang, Peipei
Zeng, Qiaoqiao
Li, Mingming
Li, Xiaoting
Wang, Mi
Faraj, Yousef
Wang, Qiang
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2018-12-31
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Abstract
In order to better understand the mechanisms of two-phase flow and the prevailing flow regimes in horizontal pipelines, the evaluation of interphase forces is paramount. This study develops a method to quantitatively estimate the interphase force in two-phase gas-water flow in horizontal pipeline. The electrical resistance tomography technology is used to measure the void fraction, while the differential pressure perpendicular to the horizontal pipe is measured in different flow patterns via a Differential Pressure sensor. The inner pipe diameter is 50 mm, the water flow range from 3.26 m3/h to 7.36 m3/h, the gas flowrate range from 1 to 60 l/min, which covered a range of flow patterns, the absolute pressure range from0.07 MPa to 0.12 MPa. The relationship between the differential pressure drop and interphase force is established, and the effects of these forces on the flow are analyzed. Experimental results indicate that the dual-modality measurement system was successfully provided a quantitative evaluation of inter-phase forces in two-phase horizontal gas-water flow.
Citation
Fang, L., Wang, P., Zeng, Q., Li M., Li, X., Wang, M., Faraj, Y., Wang, Q. (2019). Measurement of Interphase Forces based on Dual-modality ERT Sensor in Horizontal Two-phase Flow Gas-water. Measurement, 136, 703-717
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Elsevier
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Measurement
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Article