These virtual events will be the ideal opportunity for suppliers to meet and network with customers new and old. As a bonus, using our extensive media platforms exhibitors will also be able to interact with International prospects and users who don’t normally attend these live events. Attendees will be offered free access to all conference and technical presentations, exhibitors will be able to see and contact all attendees and arrange virtual meetings, video calls and more.
In October 2022, we will return to a live event in a hybrid format. The virtual platform will continue alongside the physical meeting, giving exhibitors and visitors even more opportunities to network together. Suppliers will be able to use the platform to connect with physical attendees, arrange meetings and video calls with the virtual attendees.
WWEM The Water, Wastewater and Environmental Monitoring event is a virtual and in person event that focuses on Instrumentation and services for water and wastewater process monitoring. WWEM offers a technical program aimed at keeping you up to date with the latest trends, regulations, methods, techniques and technologies. Furthermore, you can also network with all industry stakeholders including suppliers, regulators and end-users from industry that need to test, monitor and analyse water and wastewater.
Process Monitoring, Laboratory analysis, Current and Future regulation, MCerts, Gas detection, Field testing, Portable instruments, Operator Monitoring, Data acquisition, Odour monitoring and treatment, Big Data, Online monitoring, Flow/Level Measurement, Leak Detection, Pumping solutions, Control and Instrumentation.
The COVID-19 pandemic has forced countries to get creative with disease management strategies, with sewage the latest wildcard to attract the attention of British health experts. Currently being rolled out across England, the goal is to utilise wastewater as a tool for Covid-19 surveillance. ...
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Even with business as usual, the challenges facing a wastewater treatment plant operator are considerable. In activated sludge plant treatments how do you maintain ...
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Researchers from Utrecht University, Wageningen University & Research and the University of Amsterdam have analysed microplastics and rubbers in Dutch rivers the Dommel, the Maas and Dutch sewage treatment plants using FT-IR microscopy. They found 26 different plastics and ...
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A species of river bird is swallowing hundreds of plastic fibres every day via their insect prey, research by Cardiff University and the Greenpeace Research Laboratories at the University of Exeter has shown. Dippers are also inadvertently feeding thousands of plastic fibres contained in insects to their nest-bound chicks during their development. ...
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A partnership which helps protect freshwater ecosystems by shaping Government policy has been recognised for its innovative approach to sustainable water management. A long-standing collaboration between Cardiff University, Welsh Government and Dŵr Cymru Welsh Water (DCWW) has harnessed Cardiff’s research expertise to develop new ways of managing waters and catchments. ...
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The Scottish Environment Protection Agency (SEPA) recently begun its analysis work on the first samples of waste water (sewage) in a new trial aimed at helping monitor the spread of coronavirus in Scotland. With the backing of Scottish Government and Health Protection Scotland ...
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Inmarsat, a world leader in global, mobile satellite communications, has entered into an agreement with Farmbot Monitoring Solutions (Farmbot), a leading provider of ...
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The UK is currently experiencing a heatwave – London, for example, has had the longest stretch of hot weather in almost 60 years. With an increase in temperature, there is an increase in demand for tap water. One area which is affected is the South West Water network, with water shortages across Sussex and up to 300 households left without tap water for five days ...
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Using graphene-wrapped particles can help to eradicate antibiotic-resistant bacteria in wastewater treatment plants, according to a new study from Rice University in Houston, Texas. The research focused on ways in which so-called superbugs, which can survive the presence of antibiotics in effluent and react with existing bacteria in reservoir environments, can be destroyed in other ways. ...
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