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Netmore & Detectronic Team Up for World's Most Advanced Wastewater Monitoring System

90,000 advanced sensors will revolutionize Yorkshire Water's network. The project creates new jobs and sets a new standard for wastewater management.

In the image there is a road, vehicles, trees, street lights, a water surface and a huge...
In the image there is a road, vehicles, trees, street lights, a water surface and a huge architecture.

Netmore & Detectronic Team Up for World's Most Advanced Wastewater Monitoring System

Netmore Group and Detectronic have joined forces to create one of the world's most advanced wastewater monitoring systems. Over the next five years, they will deploy over 90,000 sewer monitors across Yorkshire Water's network, including 65,000 Pressure Alarm (PAL) sensors and 27,000 LIDoTT Alarms. This significant project will be supported by the creation of new jobs in Yorkshire.

The PAL sensor, designed for domestic sewer alarm use, will provide long-range, battery-powered communication with precise data delivery. These sensors, the first LoRaWAN-enabled products, will operate on Netmore's LoRaWAN network, supporting Yorkshire Water's smart meter exchange program. Rob Button, Service Delivery Director at Detectronic, mentioned that the company is expanding operations to maintain these systems.

Gavin Wagstaff, Product & Data Director at Detectronic, expressed that the partnership enables a robust, scalable, and highly accurate network monitoring infrastructure. Vadim Lyu, Netmore's UK Managing Director, shared his excitement about the partnership, highlighting its alignment with Yorkshire Water's environmental commitment and the network's potential for supporting various water management applications.

The deployment of these advanced wastewater monitoring systems will enhance Yorkshire Water's network management, supporting environmental sustainability and efficient water usage. The partnership between Netmore Group and Detectronic is expected to set a new standard for wastewater monitoring, with the potential to benefit other water management applications in the future.

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