12 March 2002 Imaging wet gas separation process by capacitance tomography
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Abstract
Natural gas from a well contains water and hydrocarbons. It is necessary to separate the liquid components from such gas streams before use. An innovative type of separation facility, called Twister, has been developed for this purpose, and CFD models have been developed to assist in the design of Twister. However, it is difficult to verify the mathematical models directly and experimentally. To investigate the behavior of Twister and to verify the CFD models, a simulator using air and water vapor was set up in the laboratory. This simulator was instrumented with a highly sensitive electrical capacitance tomography (ECT) system based on an HP LCR meter and a purpose-designed multiplexer. Two ECT sensors, each with 8 measurement electrodes, were built taking into consideration the demanding operational conditions, such as sensitivity, temperature, pressure, geometry and location. This paper presents the first experimental results, showing that water droplets distributions in a flowing gas can be visualized using ECT, and the tomography system developed is robust and offers the possibility for further development to field operations.
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Wuqiang Yang, Wuqiang Yang, Van Thuan Nguyen, Van Thuan Nguyen, Marco Betting, Marco Betting, Athanasios Chondronasios, Athanasios Chondronasios, Steve Nattras, Steve Nattras, Fred Okimoto, Fred Okimoto, Hugh McCann, Hugh McCann, } "Imaging wet gas separation process by capacitance tomography", Proc. SPIE 4665, Visualization and Data Analysis 2002, (12 March 2002); doi: 10.1117/12.458804; https://doi.org/10.1117/12.458804
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