The standard bearer in ultrasonic flare mass flow measurement
Panametrics Flare Flow Measurement
BHGE's Panametrics flare gas mass flow meters provide critical flow data and diagnostics reliably over a wide flow range (turn down ratio), with excellent low-end resolution, to enable plants to improve the efficiency of petrochemical plants, refineries and offshore platforms. It uses a proprietary algorithm to determine instantaneously the molecular weight and mass flow rate of the flare and sweep gas. The meter is used to conserve energy and reduce product loss by identifying sources of leaks into the flare systems and when used with an advanced control solution like flare.IQ, will accurately control the amount of steam fed to the flare tip for smokeless operation. The Panametrics flare meter is also an important component to meet local regulation requirement both for reporting and proper control of the flare system.
flare.IQ offers a turnkey solution designed to optimize the performance of the entire flare system, helping refineries to meet regulatory requirements, significantly reduce methane emissions, and drive down operational costs by reducing steam and incremental gas consumption.
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Panametrics Flare Meters
The DigitalFlow GF868 from Panametrics is a highly versatile, high performance flowmeter capable of many configurations with a large display and ample space for complicated wiring. Several options exist for I/O, including the ability to handle two flare lines with one box.
The DigitalFlow GF868 is ideally suited in Zone 2 applications but can be fitted with a Zone 1 enclosure when required. Setup is simple through its large display and intuitive interface.
The DigitalFlow GF868 works with all Panametrics gas transducers and is backwards compatible with all older model Panametrics meters, including the original 7100 and its digital replacement, the 7168.
The DigitalFlow XGF868i from Panametrics is a compact and explosion-proof/flame-proof transmitter version of the Panametrics DigitalFlow GF868 flare gas mass flow meter.
The DigitalFlow XGF868 is ideally suited for offshore installations with harsh environments and limited space, but can be applied downstream in refineries and petrochemical plants where Zone 1 is required.
- Operates reliably even with an unsteady flow, pulsating pressure, varying composition and temperature, and harsh environments
- Velocity range: 0.1 to 394 ft/sec (0.03 to 120 m/s) or stack sizes up to 120 in (3 m) in diameter
- Bi-directional velocity range: -328 to 328 ft/s (-100 to 100 m/s)
- Velocity, mass and volumetric flow
- Instantaneous gas molecular weight
- PASS/FAIL Self-Calibration Check on meter performance
- Measurement independent of composition
- No moving parts or orifices, nothing to clog or wear out
- No regular maintenance required (flow measurement is independent of gas properties)
With the largest installed base in the world, Panametrics flare gas flow meters have established a track record of accuracy through actual field operations and third-party calibration testing. Customers now have the option to receive detailed, customized documentation of performance directly from BHGE, where in-house calibration facilities test their meters to demonstrate uncertainties of better than 2%. This assures customers’ peace-of-mind when documented proof of regulatory compliance is required or for those who demand better than the standard 2 to 5 percent accuracy during a Factory Acceptance Test (FAT). With this option, customers can avoid costly and time-consuming third-party testing.
Measurement of flare gas helps operators comply with environmental regulations, identify leakage points, and reconcile plant mass balance to achieve optimum operating efficiency. Accurate, worry-free meter performance remains a top priority. With its track record of reliability, the GF868 ultrasonic flare meter has amassed the largest global installed base of flare gas flow meters. A meter self-health check feature, called Self-Calibration Check, gives operators confidence in the GF868 by providing reports and proof that the meter is performing as expected.
Using a proprietary algorithm, the meter executes a self-heath check at predetermined flowrates and at a predetermined hour chosen by the operators. The meter will generate a PASS or a FAIL depending on whether the meter is working correctly or if it displays a critical failure, enabling operators to read the meter’s status ahead of time and take appropriate action.