NIVUS GmbH
Booth number: B20f
www.nivus.com
About us
Flow and Level Measurement and intelligent Data Handling:
The NIVUS Group is a worldwide leader for measurement technology in clean and wastewater.
Apart from developing, manufacturing and supplying the complete range of products for flow and level as well as the corresponding communication interfaces, we are also experts in the field of consulting and engineering.
Our application spectrum comprises flow and level measurement as foundation of hydrological model computing, process assessments and billing for
- Surface waters
- Hydropower and cooling water
- Irrigation
- Wastewater channel networks
- Water supply
Address
Im Taele 2
75031 Eppingen
Germany
Phone: +49 7262 91910
Im Taele 2
75031 Eppingen
Germany
E-mail: nabil.el-kadsi@nivus.com
Phone: +49 7262 91910
Internet: www.nivus.com
Contact person:
NABIL EL KADSI
Area Manger Africa
E-mail: nabil.el-kadsi@nivus.com
Phone: +49 1604 788146
Products & Services
Flow and Level Measurement and intelligent Data Handling:
The NIVUS Group is a worldwide leader for measurement technology in clean and wastewater.
Apart from developing, manufacturing and supplying the complete range of products for flow and level as well as the corresponding communication interfaces, we are also experts in the field of consulting and engineering.
Our application spectrum comprises flow and level measurement as foundation of hydrological model computing, process assessments and billing for
- Surface waters
- Hydropower and cooling water
- Irrigation
- Wastewater channel networks
- Water supply
NivuFlow 750 Flow Meter
For ultrasonic flow measurement of slight to heavily polluted media in part filled and full pipes and channels. Best possible results even under difficult conditions.
NivuFlowMobile 750
For high accurate and portable flow metering in part filled and full channels.Best use for wastewater applications.
NivuFlow 550 Flow Meter
The contactless low-maintenance radar sensor provides reliable operation even at very high discharge velocities with low flow levels. Dynamic hydraulic models for various channel shapes based on varying filling levels enable accurate detection of the real flow rate.
