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AGAR
CORPORATION
An industry leading engineered solutions provider of
process measurement and control systems and services within the energy
sector.
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Watercut
Monitors
(Liquid/Liquid Concentration)
 OW 300 Series -
The OW-300, third-generation system consists of a primary probe, the
measurement electronics, and a data analysis system (DAS) that can be remotely
mounted from the field sensor. The OW-300 probe is offered in a spool type
configuration and insertion type assembly. The instruments are calibrated using
Windows based software from a laptop computer.
The software is also
used for troubleshooting, viewing trends, and retrieving historical data. is
+/- 1%.
The OW-300 series utilizes a combination of explosion proof type
enclosures and intrinsically safe electronics that provide signal
outputs/inputs to the probe. The DAS is also a flow computer that can provide
net oil, net water and flow rates when a flow meter input is supplied. The data
system is transmitted with 4-20mA signals, HART and Modbus.
OW
200 Series - Agar’s OW-200 series is a second-generation design,
microwave based liquid/liquid analyzer.
The OW 200 Series watercut
monitors, consisting of the OW-201 and the OW-202 monitors, utilize a microwave
transmitter (2.45 Gigahertz)
 to measure
bulk dielectric properties of the flow stream. They measure hydrocarbon/water
mixtures over the full range of 0-100%, regardless of the continuous phase.
Unlike other microwave, density or capacitance based instruments; Agar’s
Oil/Watercut Monitors are the only devices in which the accuracy of the
measurement is not affected by changes in salinity, density, viscosity,
temperature or velocity of the components being analyzed. In addition, the high
frequency signal will maintain accuracy in the presence of process coatings
that would be detrimental to optical instruments.
Foam
Detection
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| Foam
Detection Demonstration |
The Agar Foam Detector operates on the principle of
energy absorption. The Foam Detector is a device that is installed into the
process vessel providing early detection as foam begins to form and before the
occurrence of process upsets or equipment damage. This information can be used
to control/optimize the defoamer injection rate.
Benefits from early
foam detection are:
- Reduction in chemical costs and foam carry-over.
- A Minimal liquid entrainment.
- Sustained operating rates.
- Protection of downstream equipment (i.e.
compressors.
- Reduced process upsets.
External Link to AGAR CORPORATION Website
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