Flow monitoring solutions to give your emissions analysis context
Knowing your gas volume and gas velocity is key to understanding your emissions data. It gives your gas analysis context, enabling you to make sense of your records and pass on accurate data to the relevant local authorities. As an independent supplier, we can choose the best solution for your system.
Flow monitors that deliver real process insight
In order to gain real insight from monitoring process and stack emissions, you also need precise measurements of gas volume and velocity. Flow monitoring completes your emissions monitoring package, giving you all the data you need to comply with the reporting requirements of environmental legislation.
We’ve chosen the best flow monitors on the market
Reliable measurements of gas volume and gas velocity
Durag D-FL 100
The D-FL 100 measuring system operates according to the differential pressure principle. The probe has two separate chambers between which the flow builds up a differential pressure. The evaluation unit determines the gas velocity and the volume flow (norm conditions or standard conditions) from the differential pressure, taking into account gas temperature and gas pressure. With this system, you can have continuous measurement of normal volume flow and gas velocity. And it can be operated with or without a control unit, via remote access with web interface. The flow monitor can also be used at high temperatures or high pressure and both for large or small stack cross-sections.
Durag D-FL 220
Measuring system for ultra-sonic measurement of flow and volume flow, especially for wet and aggressive gases. The measuring system works according to the acoustic transit time differential method. Two identical transducers mutually send and receive short ultrasonic pulses. The system calculates the precise gas velocity and volume from the direction-dependent transit time difference. This device provides reliable measurement of gas velocity even at high temperatures. There’s an automatic zero point and reference point control. And it can be operated remotely with web interface. As a non-contact system, it's subject to very little wear, giving you maximum availability and reliability.
