The NIVUS Pipe Sensor was designed specifically to provide highly accurate flow measurement for potable water mains. At NIVUS we understand the often prohibitive high cost and days of disruption replacing an existing Electro Magnetic Flow Meter can present. We offer a much greener, cost effective so

The measurement specialists for water and wastewater systems have launched a doctoral thesis in order to deal with future challenges posed by practical experience even better. The results of this doctoral thesis have now been published. Dr.-Ing. Laurent Solliec in cooperation with the University of

The new OFR radar-based velocity measurement system shows its strengths particularly in combination with known ultrasonic measurement methods. Supplementing Doppler, transit time or the cross correlation method patented by NIVUS, the system provides added value to accuracy and reliability of flow me

NivuFlow 750 is the successor to the well-known OCM Pro CF. The compact dimensions of the new transmitter allow to install the unit on DIN rails and in switching cabinets even under confined conditions. The connecting options using plug-in terminals on the transmitter front ensure quick and reliable

In close cooperation with Severn Trent Water and Morrison Utility Service, NIVUS was awarded winner in the CIWEM West Midlands and IOW Innovations Showcase. The winning flow measurement system is based on ultrasonic time of flight measurement principal provides very high accuracy at very low cost fe

Due to its very low energy consumption, the new measurement system provides self-sufficient measuring of level and temperature featuring a lifetime of up to 5 years. Operators hence benefit from sensible acquisition of readings at locations with poor infrastructure. Since it is possible for the cust

NICOS 2.0 bietet ein komfortables und zentrales Datenmanagement für die Visualisierung, Alarmierung, Protokollierung und Steuerung von Prozessen und Ereignissen. Weiterhin gestattet es die einfache Eingliederung vorhandener Prozesse in ein übergeordnetes System. Dank der Modul-Bauweise verfügt die S

The demand for dense measurement data networks in water and wastewater facilities increases rapidly. In order to gain an overall view it is required to consider especially measurement data from regions with poor infrastructure and unavailable energy networks. Systems for network-independent data log

Due to considerable economy measures made in the drinking water sector the discharge volumes within sewage networks decrease significantly. The impact of these measures is far-reaching. The consequences can be directly noticed as lower flow levels during flow measurements in channel networks. Some o