The exact device specifications and performance data of the product may deviate from the information provided here, and depend on the application in which the product is being used and the relevant customer specifications. In accordance with Article 2 (4), this product does not fall within the scope of RoHS directive 2011/65/EU and is also not designed for use in products which fall within the scope of this directive. You can find additional information in the product information.
Precise and robust gas flow meter for flare gas or flare stack applications: Our ultrasonic gas flow measuring instrument FLOWSIC100 Flare-XT is designed for flare gas measurement or flare metering. The high-resolution measurement and innovative sensor design is being developed for most efficient uses in petroleum refineries, natural gas processing or offshore and onshore oil and gas plants. Emission control or monitoring, detection of flare gas leaks, steam flow measurement, monitoring of gas losses, monitoring of steam injection in flare gas burning, as well as process optimization and condition monitoring are fields of use for this gas flow meter. The gas flow meter is measuring values such as gas velocity, gas temperature, gas volume and mass, mass flow rate, molecular weight, volumetric flow a. c., volumetric flow s. c. and sound velocity. The flare gas flow meter provides an intelligent device monitoring process and supports predictive maintenance - designed for current and future challenges.
At a glance
Measurement availability under all operating conditions, at high gas velocities and with changing gas compositions
Intuitive FLOWgateTM operating software
I-diagnosticsTM for self-monitoring, easy verification and condition-based maintenance of the system
Retrofit solutions for existing measurement systems
Ultrasonic flow meter for flare gas applications
The FLOWSIC100 Flare-XT is characterized by its unique flow-optimized sensor design which enables reliable gas flow measurement and monitoring at extremely high velocities and changing gas compositions. Its rugged design guarantees an uninterrupted availability of measurements even under the most adverse conditions. FLOWSIC100 Flare-XT observes several applicable standards worldwide, and is suitable for use in new and existing plants. The measurement and diagnostic data can be visualized with ease using the FLOWgateTM software. Thanks to the intelligent i-diagnosticsTM function, the system is able to monitor itself and independently report the need for maintenance.
Precise flare gas measurement enables exact tracking of flare gas emissions
Powerful. Reliable. Robust.
FLOWSIC100 Flare-XT flare gas meter is available in three different versions. All versions are available as a 1- or 2-path measurement system. Cross-duct installation and single nozzle probe systems are available in either path configuration. The probe version is suitable for compact, one-sided fitting, which minimizes the installation work required. Both variants are available as a single or dual path measurement system. The 2-path version achieves high measurement accuracies even under difficult flow conditions. A device-retraction-mechanism also allows sensors to be replaced simply and quickly during plant operation. The powerful interface unit easily connects to a wide variety of systems and networks thanks to its numerous interfaces.
The Interface Unit processes incoming signals and calculates parameters, such as molecular weight, sound velocities, mass flow and gas volume, as well as standardized reference values.
Ready for any situation thanks to leading ultrasonic technology
The powerful ultrasonic technology delivers reliable measurement also under extreme conditions during flaring.
Intelligent device monitoring and predictive maintenance
i-diagnosticsTM intelligently links software and firmware: The self-monitoring system delivers valuable data regarding the device status and highlights all changes. Application faults are immediately detected and documented, thereby time-consuming troubleshooting can be omitted. On request, the system verifies itself and records its current status. In this way, users have a very straightforward means of creating documents that prove that all emission regulations are fulfilled.