Liquid Measurement Station Applications

Micro Motion’s densitometer provides high accuracy density measurement and can achieve an accuracy of 0.0002 g/cc which exceeds crude oil quality requirements. Micro Motion DVS viscometer probe offers a wide viscosity range to accurately measure upset conditions where over or under blending may have occurred. We provide improved water cut measurement accuracy though their patented density compensated water cut measurement.

The backpressure valve also ensures the last pressure drop to tankage occurs without any undue noise, vibration, or cavitation.

The Micro Motion Coriolis Meter measures mass, density, and temperature and provides a volume output based on the internal calculation of Volume = Mass / Density. The technology has no internal moving parts, thus eliminating maintenance concerns. The density compensated BS&W and API Chapter 11.1 volume calculations can be provided in the Emerson ROC800 flow computer running Liquid Allocations software.

Selecting a non-contacting densitometer provides non-intrusive measurement that clamps on the outer wall of the pipeline, offering a maintenance-free solution which can be easily installed on existing pipelines without process down time.

The system utilizes Emerson's Micro Motion Coriolis Meter for volume flow measurement and water cut determination. The meter provides three on-line measurements that include mass flow, density, and temperature. Volume measurement is derived from the mass and density variables and the meter can be used over a wide range of density and volume flow rates providing custody transfer accuracy. The TUS FB107 system incorporates patented Density Compensation for 0-5% monitoring and a patented Net Oil Density Comparison for the 5-100% water cut calculation.

The system utilizes Emerson's Micro Motion Coriolis Meter for volume flow measurement and water cut determination. The meter provides three on-line measurements that include mass flow, density, and temperature. The volume measurement is derived from the mass and density variables and the meter can be used over a wide range of density and volume flow rates providing custody transfer accuracy. The TUS FB107 system incorporates patented Density Compensation for 0-5% monitoring and a patented Net Oil Density Comparison for the 5-100% water cut calculation.

Accurate density corrected water cuts using the dynamic AutoComp™ calculation provides accurate oil and water volumes, industry compliance calculations and real-time data management and diagnostics. The RailVue™ system is scalable to meet any number of transfer points required at a terminal and interfaces with corporate Enterprise Resource Planning (ERP) software and production accounting.