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HIGH-PRESSURE GAS-OIL TWO-PHASE FLOW VISUALISATION USING ELECTRICAL CAPACITANCE TOMOGRAPHY

机译:电容层析成像的高压油气两相流可视化

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摘要

Electrical capacitance tomography (ECT) was used to image various two-phase gas-oil flows in a 3-inch pressurized test loop. ECT is a novel non-invasive technique for imaging mixtures of electrically non-conducting substances. One of its most promising applications is the visualization of gas-oil flows. This work presents a series imaging experiments using a pressure-resistant ECT sensor. Varying the oil and gas flow rates, different flow regimes were established in the test loop. ECT images were obtained for each case and compared with (a) the flow observed through a transparent section in the loop and (b) the prediction of the Taitel-Duckler flow map. The results confirm the suitability of ECT for imaging gas-oil flows.
机译:电容层析成像(ECT)用于在3英寸加压测试回路中对各种两相气态油流成像。 ECT是一种新颖的非侵入性技术,用于对非导电物​​质的混合物进行成像。它最有前途的应用之一是可视化的油气流动。这项工作提出了一系列使用耐压ECT传感器的成像实验。随油气流速的变化,在测试回路中建立了不同的流态。针对每种情况获取ECT图像,并将其与(a)通过回路透明部分观察到的流量以及(b)Taitel-Duckler流量图的预测进行比较。该结果证实了ECT适用于对油气流动进行成像。

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