Oil in Water Monitors

Suite 9, Red Tree Business Suites, 24 Stonelaw Road, Rutherglen, Glasgow, G73 3TW

Tel +44 (0)141 613 2138

EX100P2 , 1000P2



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EX100P2 , 1000P2

The EX-100P2 is a dual in-line probe analyzer using the fluorescence measurement technique. The EX-1000P2 has the additional benefit of spectral analysis.

Since the introduction of Advanced Sensors revolutionary oil in water analyzers in 2005 with the EX-100, Advanced Sensors have continually introduced ground breaking products . The EX-100P / 1000P followed the EX-100 and EX-1000 to provide in-line probe solutions to customers.

But we did not stop there. Taking advantage of moving the sensor to a probe allows us to incorporate a second probe with each analyser. This provides the ability to monitor process steps simultaneously with dual readings.

For the first time, reliable real time data enabled operators to take accurate discharge measurements and thus take the next step to improve efficiency of separation processes and saving money.

Features and Benefits

•    Zero on-going maintenance using patented ultrasonic cleaning mechanisms and software
•    Laser Induced UV Fluorescence
•    Unparalleled high concentration measurement capabilities allowing user configurable ranges from 0-10 PPB, to 0-20,000 PPM
•    1% accuracy and 99% measurement repeatability
•    Complete remote capabilities
•    No flow conditioning or flow control
•    Multiple communications configurations – 4-20mA, HART, Modbus, Ethernet, ADSL,
•    Dual probes for simultaneous dual measurement
•    Optional Integrated Spectrometers, turns the Ex-100P2 into EX-1000P2 - see Spectrometer in Technology Section
•    With no consumables and no regular operator intervention, the Advanced Sensors analyser offers very low Cost Of Ownership (COO)
•    By using laser induced fluorescence (LIF), the analyser avoids standard lamp fluorescent issues, namely, warm up requirements and deterioration of lamps over time resulting in accuracy issues
•    Advanced software capabilities allow complete remote control and monitoring. Ideal for un-manned and remote locations
•    Using a single analyser with dual probes reduces OpEx for two point simultaneous measurements. This also provides a unique process management solution.
• With no consumables and no regular operator intervention, the Advanced Sensors analyser offers very low Cost Of Ownership (COO)
• By using laser induced fluorescence (LIF), the analyser avoids standard lamp fluorescent issues, namely, warm up requirements and deterioration
of lamps over time resulting in accuracy issues
• Advanced software capabilities allow complete remote control and monitoring. Ideal for unmanned and remote locations
• Using a single analyser with dual probes reduces OpEx for two point simultaneous measurements.
• This also provides a unique process management solution.

Applications

Refineries
Offshore platforms
Power stations