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SMi Group release new interview with Innovation Manager of Sutton and East Surrey Water, Jeremy Heath, ahead of his talk at the 6th Annual Smart Water Systems this April. London, United Kingdom, February 15, 2017 --( At the conference, Jeremy will discuss the smart network developments by giving an update on data collection, processing, display and mobilisation. With over 20 years of experience in the Water Industry, and a background in both mechanical engineering and database applications, Jeremy is responsible for the management of innovation within SESW. This involves both the development of an innovation culture and the introduction of new technologies into the Water Industry, in particular the Smart Water Network. This innovative network will be built on enhanced sensors, a communication layer, intelligent processing, intuitive graphical displays and workforce mobilisation. In the run up to the conference, SMi spoke to Jeremy about his work and data communications. How would you define the smart water industry from your view? "We’re still finding our way a bit. The technologies involved are really new and stitching them all together into a workable solution is a real task. It takes a challenging combination of IT, communication systems, network knowledge, data analysis and presentation solutions, and many of these are at the cutting/bleeding edge. However, there is real enthusiasm for a working solution and we are seeing some really great trials." How does Sutton & East Surrey Water prevent DRIP? "A lot of it is about data ownership. Ensure that staff make good use of the data and feel a sense of responsibility for making sure it is correct. The other key point is to process and disseminate the data as near to real time as possible. When data is trustworthy, accurate and timely, it is an invaluable tool." What improvements does the smart water industry need? "Discussions with our customers to develop the most effective use cases for the smart networks. There is a danger that we carry out this work simply because the opportunity is there, but these networks must drive both increased network knowledge and customer satisfaction." The full interview is available to read in the event download centre at http://www.smart-water-systems.com/prcom. Notable presenters at the conference include: Thames Water, Scottish Government, WaterSmart Software, United Utilities, Veolia, Northumbrian Water, Severn Trent, Southern Water, Energy Saving Trust, Irish Water, University of Exeter. Latest registered attendees for the event include: Anglian Water, Jersey Water, Thames Water, Bristol Water, South East Water, South Staffs Water, Scottish Water, Oxera, Kamstrup, Wheatley Associates Ltd, VCS Denmark, De Watergroep, RWE and Sensus UK Systems Ltd. For an example of who you could meet, please download the past attendee list from our website. For those looking to attend, there is a £100 early bird saving available online ending on 28th February 2017. SMi’s 6th annual conference: Smart Water Systems 24th - 25th April 2017 Copthorne Tara Hotel, London UK http://www.smart-water-systems.com/prcom Contact Information: Media: contact Theresa Chung on +44 (0)20 7827 6068 or email tchung@smi-online.co.uk Delegate Registration: contact Andrew Gibbons on Tel: +44 (0)20 7827 6156 / Email: agibbons@smi-online.co.uk About SMi Group Established since 1993, the SMi Group is a global event-production company that specializes in Business-to-Business Conferences, Workshops, Masterclasses and online Communities. We create and deliver events in the Defence, Security, Energy, Utilities, Finance and Pharmaceutical industries. We pride ourselves on having access to the world’s most forward thinking opinion leaders and visionaries, allowing us to bring our communities together to Learn, Engage, Share and Network. More information can be found at http://www.smi-online.co.uk London, United Kingdom, February 15, 2017 --( PR.com )-- SMi Group have released an interview with Jeremy Heath, Innovation Manager at Sutton and East Surrey Water, ahead of his talk at the 6th annual Smart Water Systems conference in London on 24 and 25th April 2017.At the conference, Jeremy will discuss the smart network developments by giving an update on data collection, processing, display and mobilisation.With over 20 years of experience in the Water Industry, and a background in both mechanical engineering and database applications, Jeremy is responsible for the management of innovation within SESW. This involves both the development of an innovation culture and the introduction of new technologies into the Water Industry, in particular the Smart Water Network. This innovative network will be built on enhanced sensors, a communication layer, intelligent processing, intuitive graphical displays and workforce mobilisation.In the run up to the conference, SMi spoke to Jeremy about his work and data communications.How would you define the smart water industry from your view?"We’re still finding our way a bit. The technologies involved are really new and stitching them all together into a workable solution is a real task. It takes a challenging combination of IT, communication systems, network knowledge, data analysis and presentation solutions, and many of these are at the cutting/bleeding edge. However, there is real enthusiasm for a working solution and we are seeing some really great trials."How does Sutton & East Surrey Water prevent DRIP?"A lot of it is about data ownership. Ensure that staff make good use of the data and feel a sense of responsibility for making sure it is correct. The other key point is to process and disseminate the data as near to real time as possible. When data is trustworthy, accurate and timely, it is an invaluable tool."What improvements does the smart water industry need?"Discussions with our customers to develop the most effective use cases for the smart networks. There is a danger that we carry out this work simply because the opportunity is there, but these networks must drive both increased network knowledge and customer satisfaction."The full interview is available to read in the event download centre at http://www.smart-water-systems.com/prcom.Notable presenters at the conference include: Thames Water, Scottish Government, WaterSmart Software, United Utilities, Veolia, Northumbrian Water, Severn Trent, Southern Water, Energy Saving Trust, Irish Water, University of Exeter.Latest registered attendees for the event include: Anglian Water, Jersey Water, Thames Water, Bristol Water, South East Water, South Staffs Water, Scottish Water, Oxera, Kamstrup, Wheatley Associates Ltd, VCS Denmark, De Watergroep, RWE and Sensus UK Systems Ltd. For an example of who you could meet, please download the past attendee list from our website.For those looking to attend, there is a £100 early bird saving available online ending on 28th February 2017.SMi’s 6th annual conference:Smart Water Systems24th - 25th April 2017Copthorne Tara Hotel, London UKhttp://www.smart-water-systems.com/prcomContact Information:Media: contact Theresa Chung on +44 (0)20 7827 6068 or email tchung@smi-online.co.ukDelegate Registration: contact Andrew Gibbons on Tel: +44 (0)20 7827 6156 / Email: agibbons@smi-online.co.ukAbout SMi GroupEstablished since 1993, the SMi Group is a global event-production company that specializes in Business-to-Business Conferences, Workshops, Masterclasses and online Communities. We create and deliver events in the Defence, Security, Energy, Utilities, Finance and Pharmaceutical industries. We pride ourselves on having access to the world’s most forward thinking opinion leaders and visionaries, allowing us to bring our communities together to Learn, Engage, Share and Network. More information can be found at http://www.smi-online.co.uk Click here to view the list of recent Press Releases from SMi Group


Discart V.,Catholic University of Leuven | Bilad M.R.,Catholic University of Leuven | Van Nevel S.,Ghent University | Boon N.,Ghent University | And 2 more authors.
Bioresource Technology | Year: 2014

Ultrafiltration (UF) is widely used for water purification, but membrane fouling remains an important issue. In this study, the role of transparent exopolymer particles (TEPs), recently put forward as possible major foulants, was investigated in the fouling process of a full-scale UF installation. Algae, TEPs and other parameters in the UF feed were monitored and correlated during an 8. months long full-scale operation. Results revealed a complex fouling mechanism involving interactions mainly between algae, Fe (flocculant) and TEPs. Algae related parameters rather that TEP concentrations correlated stronger with irreversible fouling rates, suggesting that the overall role of TEPs in membrane fouling seems limited for this application. Finally, membrane autopsy showed the formation of a thick Fe-rich fouling layer on top of the fouled membranes, which could mostly be removed via cleaning-in-place. It remained partly irremovable in the form of some Fe-organic complexes. © 2014 Elsevier Ltd.


PubMed | De Watergroep, Catholic University of Leuven, Ghent University and Electronic BioSciences, Inc.
Type: | Journal: Bioresource technology | Year: 2014

Ultrafiltration (UF) is widely used for water purification, but membrane fouling remains an important issue. In this study, the role of transparent exopolymer particles (TEPs), recently put forward as possible major foulants, was investigated in the fouling process of a full-scale UF installation. Algae, TEPs and other parameters in the UF feed were monitored and correlated during an 8 months long full-scale operation. Results revealed a complex fouling mechanism involving interactions mainly between algae, Fe (flocculant) and TEPs. Algae related parameters rather that TEP concentrations correlated stronger with irreversible fouling rates, suggesting that the overall role of TEPs in membrane fouling seems limited for this application. Finally, membrane autopsy showed the formation of a thick Fe-rich fouling layer on top of the fouled membranes, which could mostly be removed via cleaning-in-place. It remained partly irremovable in the form of some Fe-organic complexes.


Cromphout J.,De Watergroep | Goethals S.,De Watergroep | Verdickt L.,De Watergroep
Water Science and Technology: Water Supply | Year: 2013

De Watergroep, a Flemish drinking water utility, aims to optimize the ozonation process at the Kluizen surface waterworks in order to obtain sufficient inactivation of pathogenic micro-organisms while minimizing the formation of bromate. In literature, the inactivation of micro-organisms is described as a first order process in ozone exposure (ozone concentration multiplied by exposure time or CT value). In the full-scale plant, the ozone exposure was determined at different temperatures and ozone doses, and an empirical relation between ozone exposure, ozone dose and temperature was derived. Based on the results, the optimum ozone dose required to obtain a Log 2 removal of viruses and a Log 1 removal of Giardia was determined as a function of temperature. Bromate formation was found to be dependent on the ozone dose rather than on the CT value. Therefore, an empirical relation between bromate formation, ozone dose and temperature was established. Bromate formation was found to be far below the legal standard of 10 μg/L when the optimum ozone dose, required to achieve the disinfection goals for viruses and Giardia, is applied.© IWA Publishing 2013 Water Science and Technology: Water Supply.


Six S.,De Watergroep | Diez T.,De Watergroep | Van Limbergen B.,De Watergroep | Keustermans L.,De Watergroep
Water Science and Technology: Water Supply | Year: 2015

Around 70% of the drinking water produced by De Watergroep (a Belgian public water company) is extracted from 83 groundwater pumping sites. To control the risks that endanger the drinking water supply and for the groundwater extracted to be as pure as possible, a risk-based approach for the protection of the catchment areas is developed, as part of the water safety plans. The approach consists of three steps: first, the compilation of a site-specific source file, second, the performance of a risk analysis for every catchment area, and third, the development of a monitoring strategy and action plans. The general goals are to lower the level of purification and to enhance the sustainability of groundwater extraction. The listed benefits make it worthwhile to implement this approach, despite the uncertainties. © 2015 IWA Publishing.

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