NEMO
- pH, RedOX, free chlorine, turbidity, conductivity
- Datalogger and IoT telemetry
- Integrated power supply, autonomous battery
- IP68 (Dust Tight, Water Tight)
- Integration into ACE platform
The device
NEMO is the first portable chemical micro-laboratory with integrated battery and remote transmission, designed and realized by Onyax. It is a device with NB-IoT radio communication interface used for the analysis of chemical and physical quantities in water quality monitoring.
Use
NEMO was created to simply and quickly monitor multiple chemical-physical parameters, useful for water quality control processes, and suitable for reducing the intervention time of laboratory technicians. Ideal for meeting the needs of Integrated Water Service Managers and for the emerging needs in IoT field.
Installation
Thanks to its simple and compact design, the IoT NEMO device by Onyax is widely used in Utilities, specialised laboratories and innovative companies active in the control of water resources, with a broad focus on installation semplification and digitisation.
Features
- Integrated multiparameter probes
- Modular sensors
- Double antenna
- Bluetooth for local app communication
- NB-IoT for remote communication
- Connection via external bus
Designed to realise
Integrated battery
Ultra-low-power 32-bit microcontroller and autonomous integrated battery with standard life of 5-years, ensure maintenance-free operation and optimized uptime.
Immediate analysis
Nemo offers users an immediate analysis combining impedance spectroscopy techniques with the monitoring of different chemical and physical parameters such as pH, ORP, free chlorine, turbidity and conductivity.
Small size
The small size (120x150x60mm) allow NEMO to be installed directly in the shell or in the control points of the water resource, with simplicity and minimization of footprint.
Real-time control
NEMO operates with 2G/EDGE, LTE CAT M1/NB2 network for fast communication interface with remote server and AI platforms such as Onyax ACE.
7 remote parameters
Electrochemical measurements
NEMO has been designed with special electrochemical probes capable of monitoring specific chemical parameters such as pH and ORP, useful for the evaluation of drinking water quality. The integrated circuit in the device ensures a constant and fast measurement, allowing the user reliable monitoring and complete remote control.
Automatic temperature compensation
Sampling every 15 minutes
Amperometric measurements
NEMO has been designed to carry out amperometric measurements via three-electrode cell, configuration that allows to detect concentrations of free Chlorine and Chlorine compound very low, displaying the same directly in ACE platform additional ion-selective electrodes can be monitored via an external bus connection.
Three-electrode configuration
Controlled and stable potential
Physical measurements
NEMO has been designed and built by integrating micro-sensors used to measure in a stable and continuous way specific physical parameters required by Integrated Water Cycle Managers. For example, it is possible to measure temperature, flow, turbidity (as per UNI EN ISO 7027) and conductivity by electrochemical impedance spectroscopy.
EIS measurements
Real-time monitoring in ACE
Fields of application
Distribution networks
- Aqueducts
- Road shells
- Industrial wells and manholes
Citizen services
- City fountains
- Water cisterns
- Private and public water wells
Analysis laboratories
- Dedicated water control laboratories
- Support for sampling activities
- Installation and testing on test fields
Integration into ACE platform
Every NEMO device is remotely connected to the ACE platform, dedicated to data, alarms, events and real-time measures management.
Georeferencing of devices, SCADA/synoptic visualisation, dynamic reports and real-time notifications make control process affordable for everyone, simplifying every installation and maintenance operation.
Are you looking for an IoT solution for your reality business?
NEMO
- pH, RedOX, free chlorine, turbidity, conductivity
- Datalogger and IoT telemetry
- Integrated power supply, autonomous battery
- IP68 (Dust Tight, Water Tight)
- Integration into ACE platform
The device
NEMO is the first portable chemical micro-laboratory with integrated battery and remote transmission, designed and realized by Onyax. It is a device with NB-IoT radio communication interface used for the analysis of chemical and physical quantities in water quality monitoring.
Use
NEMO was created to simply and quickly monitor multiple chemical-physical parameters, useful for water quality control processes, and suitable for reducing the intervention time of laboratory technicians. Ideal for meeting the needs of Integrated Water Service Managers and for the emerging needs in IoT field.
Installation
Thanks to its simple and compact design, the IoT NEMO device by Onyax is widely used in Utilities, specialised laboratories and innovative companies active in the control of water resources, with a broad focus on installation semplification and digitisation.
Features
- Integrated multiparameter probes
- Modular sensors
- Double antenna
- Bluetooth for local app communication
- NB-IoT for remote communication
- Connection via external bus
Designed to realise
Integrated battery
Ultra-low-power 32-bit microcontroller and autonomous integrated battery with standard life of 5-years, ensure maintenance-free operation and optimized uptime.
Immediate analysis
Nemo offers users an immediate analysis combining impedance spectroscopy techniques with the monitoring of different chemical and physical parameters such as pH, ORP, free chlorine, turbidity and conductivity.
Small size
The small size (120x150x60mm) allow NEMO to be installed directly in the shell or in the control points of the water resource, with simplicity and minimization of footprint.
Real-time control
NEMO operates with 2G/EDGE, LTE CAT M1/NB2 network for fast communication interface with remote server and AI platforms such as Onyax ACE.
7 remote parameters
Electrochemical measurements
NEMO has been designed with special electrochemical probes capable of monitoring specific chemical parameters such as pH and ORP, useful for the evaluation of drinking water quality. The integrated circuit in the device ensures a constant and fast measurement, allowing the user reliable monitoring and complete remote control.
Automatic temperature compensation
Sampling every 15 minutes
Amperometric measurements
NEMO has been designed to carry out amperometric measurements via three-electrode cell, configuration that allows to detect concentrations of free Chlorine and Chlorine compound very low, displaying the same directly in ACE. platform Additional ion-selective electrodes can be monitored via an external bus connection.
Three-electrode configuration
Controlled and stable potential
Physical measurements
NEMO has been designed and built by integrating micro-sensors used to measure in a stable and continuous way specific physical parameters required by Integrated Water Cycle Managers. For example, it is possible to measure temperature, flow, turbidity (as per UNI EN ISO 7027) and conductivity by electrochemical impedance spectroscopy.
EIS measurements
Real-time monitoring in ACE
Fields of application
Distribution networks
Citizen services
Analysis laboratories
Integration into ACE platform
Every NEMO device is remotely connected to the ACE platform, dedicated to data, alarms, events and real-time measures management.
Georeferencing of devices, SCADA/synoptic visualisation, dynamic reports and real-time notifications make control process affordable for everyone, simplifying every installation and maintenance operation.
