Abstract: A fluid monitoring system is disclosed that may include a piping network having, a flexible hydraulic hose having a hose length, a hose diameter a first end portion and a second end portion. In addition, the fluid monitoring system may include a first fitting coupled to the first end portion and a second fitting coupled to the second end portion. The fluid monitoring system may include an acoustic array having a first acoustic pressure sensor positioned proximate the first fitting, a second acoustic pressure sensor positioned proximate the second fitting, and an acoustic aperture that spans an aperture length between the first acoustic pressure sensor and the second acoustic pressure sensor. The fluid monitoring system may include a processing unit that determines a speed of sound of a process fluid within the piping network and within acoustic aperture using the first acoustic pressure sensor and the second acoustic pressure sensor.

Abstract: In accordance with example embodiments of the present disclosure, a method for determining parameters for, and application of, models that correct for the effects of fluid inhomogeneity and compressibility on the ability of Coriolis meters to accurately measure the mass flow and/or density of a process fluid on a continuous basis is disclosed. Example embodiments mitigate the effect of multiphase fluid conditions on a Coriolis meter.

Abstract: Methods and apparatus are disclosed utilizing a low-order parametric model for decoupling in conjunction with an optimization procedure to improve the ability to determine the density of the liquid phase of a bubbly mixtures within Coriolis meters by characterizing the effect of decoupling in the presence of bubble coalescence.

Abstract: Methods and apparatus are disclosed utilizing a low-order parametric model for decoupling in conjunction with an optimization procedure to improve the ability to determine the density of the liquid phase of a bubbly mixtures within Coriolis meters by characterizing the effect of decoupling in the presence of bubble coalescence.