ART SEWER is a ground-breaking wastewater level monitoring solution providing users with:
Cost-effective mass deployment of IoT sensing devices
Entire wastewater network coverage
ART SEWER: a new solution from Metasphere
ART SEWER is the first ever solution to deliver ultimate network visibility, performance and forecasting, through smart machine-learning analytics. This unique approach makes the solution unlike any other offering available in the marketplace today.
We help wastewater utilities prevent wastewater spills, reducing pollution to keep the natural environment clean and protected
At Sense Level, contactless IoT devices collect and feed sewer level data into Metasphere’s powerful data analytics platform, ART (Analytical Remote Telemetry). Combined with historic, current, and forecasted rainfall data, it detects partial sewer blockages across the network.
ART enables wastewater utilities to be proactive: to manage flow in sewers, pumping stations, manholes and combined sewer overflows (CSOs), and to detect partial sewer blockages as well as monitor and prevent flooding events.
Sense Level contactless IoT sensors are a key part of the ART SEWER solution. They support two LPWAN technologies: NB-IoT and LTE-M which can be connected to these networks across the globe. Sense Level provides flexibility and simplicity with remote, configurable options for mass deployment across wastewater networks.
NB-IoT and LTE-M were developed to enable a wide range of new IoT devices and services. They offer:-
- Significant improvement in power consumption of user devices, system capacity and spectrum efficiency
- Longevity of use: they form part of 4G and the new 5G standard, keeping devices connected during the next evolution of cellular technology
The potential for wastewater utilities is huge, allowing for mass deployment of cost- effective sensor devices at sites, to deliver efficient IoT connectivity on networks for advanced wastewater and sewer level monitoring. It delivers ultimate visibility for proactive operational management, while reducing the Total Cost of Ownership.