A multiphase flowmeter based on comparison and cross-validation of dual Microwave sensing and Electromagnetic higher order imaging measurements techniques for the cross-section of oil-gas-water hold up and velocity

基于微波传感与电磁高阶成像测量技术比对及交叉验证的多相流量计——用于油气水截面含率与流速测量

Self Funded

This project proposes the development of a dual microwave sensor and electromagnetic higher order imaging technique integrated into one package to overcome the drawbacks of existing techniques to measure and monitor and cross-validate the cross-section holdup and velocities of multiphase oil-gas-water system. It is crucial in oil and gas industry to measure these parameters to get insights into reservoir condition, production capability, phase variation, maximum flow information and so on. Existing techniques are complex, time consuming, expensive, inaccurate and do not provide timely information. This project thus proposes the development of a dual measurement system along with integrated AI to fully evaluate, measure and monitor the above parameters more accurately and precisely by capitalizing upon individual capabilities of the techniques and integrating them together to get a more effective, innovative and novel solution.