On the 15th of November the ground-breaking ceremony for the new building extension of the local premises was held by the NIVUS managing directors Udo Steppe, Ingrid Steppe and Marcus Fischer together with the mayor of Eppingen, Peter Thalmann. Architects and representatives of the involved project
The mobile NivuFlow Mobile 750 flowmeter was specially developed for wastewater applications in part filled canals as well as in part filled and full pipes. A range of new pipe and wedge sensors featuring compact dimensions is ideal for the use in smaller flumes. The patented cross correlation techn
The flow measurement system is suitable for continuous flow metering in full pipelines up to DN 800 conducting slight to heavily polluted media. Redesigning the instrument, the electronic components were updated and the enclosure design was modified visually. The integrated memory enables the storag
The new mobile NivuFlow Mobile 600 flow transmitter has been developed particularly for long-term measurements in full pipelines. Very high endurance is achieved thanks to energy-efficient algorithms, performance-optimised sensors and high-capacity rechargeable batteries. Utilising a five-minute-cyc
The new transmitter in combination with a radar sensor enables contactless flow measurement in open channels and part filled pipes. To accurately detect and to compute flow rates NIVUS have developed new dynamic hydraulic models. These models have been created for the widest range of canal shapes ba
At the 1st of June 1967, company founder Udo Steppe started his own business founding NIVUS. In a time when the first microwave oven was introduced and the first ATMs were put into operation, Udo Steppe began trading in measurement systems for bulk solids and liquids. The beginning of the seventies
Author: Mathias Stratyla, Industrial Engineer (B. Eng.), March 2017 Introduction The radar measurement method plays an increasingly important role in the water and wastewater field. This is particularly reflected by the "Metering outside of the medium" trend. Flow measurement using radar which enabl
