The Environment Agency has awarded a 4-year contract to Meteor Communications for the provision of telemetry systems, services and MeteorCloud data hosting for water quality monitoring systems located in English rivers and bathing waters.
The contract was awarded on 7th June 2019 and ensures continuity of data from around 250 real-time water quality monitoring outstations. Monitoring Services Team Leader of the Agency’s National Laboratory Service, Frances Houston said: “We are now working with Meteor Communications to establish a highly effective and flexible monitoring capability that enables us to deploy real-time, remote water quality monitoring stations at almost any location. We now have the tools to better understand the dynamics of our water environment and provide our scientists with a rapidly deployable monitoring capability with which to detect a wide range of inputs to our rivers and streams.
“The kiosk systems are generally employed for longer term catchment scale monitoring whereas portable ‘suitcase’ systems enable the Agency to provide agile short term investigation and pollution response at a moment’s notice.”
All of the systems utilise 3G/GPRS roaming communications; providing 24/7 web-based access to high resolution water quality data. This provides the Agency with timely, cost effective and meaningful evidence helping to focus resources where they are most needed.
The outstations covered by the contract are ESNET (Environmental Sensor NETwork) modular monitoring systems, developed by Meteor Communications. The company’s portable and kiosk-based water quality monitoring systems employ multi-parameter sondes that can either be deployed directly in the water or installed in a specially designed chamber through which extracted water is pumped. Typical systems measure ammonium, pH, conductivity, temperature, dissolved oxygen and turbidity, with options for several other parameters including chlorophyll, and nitrate. Sondes are exchanged on a monthly basis and returned to the NLSi laboratory where they are serviced and calibrated before redeployment.
Expressing his delight with the award, Matt Dibbs, Meteor’s Managing Director, said: “Through continued development of our ESNET modular monitoring platform we are able to meet the Agency’s need for robust, reliable real-time data collection from any location. This gives us the ability to meet the requirements of anyone wishing to monitor water quality in rivers, wastewater effluent, lakes, reservoirs and bathing waters.”
About Meteor Communications Ltd.
For over 25 years, Meteor Communications has designed, built and installed remote environmental monitoring systems for global governmental, utility, industrial, consulting and academic organisations. Innovation underpins the success of the company, and all products and solutions have been developed in close cooperation with customers.
Meteor’s products provide real-time access to vitally important field data, with two main themes. Remote water quality monitoring stations measure background levels, enabling trend analysis and the identification of pollution from diffuse and point sources. Remote, low-power, rugged cameras provide visualisation of key assets such as construction sites, flood gates, weirs, flumes, screens, grills etc. Both the cameras and the water quality monitoring stations provide immediate access to current conditions with alarm capability, which enables prompt remedial action, as well as the optimisation of maintenance activities.
Meteor Communications provides a wide range of off-the-shelf and bespoke monitoring solutions. Most can be deployed within minutes, are solar powered and do not require significant infrastructure to run. Cloud-based data is accessed via secure login to the Meteor Communications data centre. This is achieved using any web-enabled device and provides instant access to live and stored data, which includes an interactive graphical display.
Meteor Communications has a large installed base of remote monitoring stations and the company’s turnover has increased 5-fold in the last 6 years.