Phase fraction is one of the methods used in petroleum industry to meter and real time monitoring of oil production and extraction. The present study experiences and develops a new vertical resonant cavity made of Aluminum in vertical flow direction. It depends on measuring the reflected lector-magnetic field scattering parameters (S-parameters) for mixture statically and/ or dynamically in a new best microwave frequency range from 1-6 GHz. The volume fractions of water-oil-gas can be recognized depending on two horizontal shifts in frequency at main and about 5 GHz peaks at constant concentration of salinity and temperature range separately. Results show graduated shifts according to water volume fraction in mixture. The experimental results are confirmed that this non-intrusive and non-invasive sensor can be approved to get phase fraction accurately.
Keywords: Multiphase Oil-Water-Gas, Non-Invasive, Phase Fraction, Resonant Cavity Sensor.
