… the fluids through the loop, which can operate at RPMs from 300 to 1500. The pump RPM
is calibrated with measured flowrate for single-phase flow (water). For two-phase gas–liquid …

… This work focuses on dynamic flow loop characterization of a novel microwave WC … (oil,
water) flow loop which was used to characterize the novel microwave resonator based water-cut …

… mechanisms, a high-pressure flow loop was newly designed and constructed where …
gas+diesel oil+water systems for a range of water cuts (30–100%) and initial liquid flow rates (1600–…

… of water under different oil-water flow conditions … water or oil phase. In this experimental
work, a large scale 0.1m ID inclinable flow loop was used to study the two phase oil-water flow in …

… 0.1 m ID inclinable flow loop was used to study the three-phase gas-oil-water flow in horizontal
and … for flow pattern visualization and surface wetting measurements, respectively. The …

… distribution of water under different oil-water flow conditions … the wall surface is wetted by
water or oil phase. In this … inclinable flow loop was used to study the two phase oil-water flow in …

… flow performance at the Statoil multi-phase flow loop facility in Porsgrunn, Norway. The test
results are given as performance curves for single phase oil, water … gas and water cut multi-…

… laboratory-scale two-phase flow loop under various flow regimes, water cuts, and flow rate
ranges. Fig. 11 shows a block diagram of the two-phase flow loop in which the experiments …

… deposition of water-in-oil dispersed flow with different water cuts in the flow-loop and high
… The viscosity and gelation point of emulsions increase with water cut. The role of gelation in …

… possible effects of water cut on F̅ w as water cut increases (staying the same, increasing,
and decreasing), and Bruno (6) and Couto (4) found different effects of water cut on F̅ w . …