Reports
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Removal of Micro-organisms During Water Treatment
Price: £100
Ref: 10/DW/02/59
ISBN: 1 84057 553 0
Water companies are being encouraged to take an integrated approach to assessing and managing risks through the entire supply chain from catchment to tap. In this study, data have been extracted from the recent literature and used to derive indicative values for removal efficiencies of waterborne pathogens that can be achieved by the processes used in water treatment, including ozone and UV but not chlorine or chlorine-based disinfectants. This information could be used to validate the performance of these processes and may allow their contribution to be taken into account when setting an appropriate treatment policy for disinfection within the Drinking Water Safety Plan.
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UKWIR/EA Definition of Key terms for Water Resources Practitioners
97/WR/14/1 - ISBN: 1 84057 001 6A joint UKWIR/Environment Agency report that allows easy access to over 200 definitions and abbreviations. Produced for the purpose of clear communication on a common basis in the UKWIR regulatory work on water resources. In... More...
Price: £10
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On- line Instrumentation Standards and Practices
00/PC/03/1 - ISBN: 1 84057 180 2This report deals with the management and exploitation of on- line measurement in the UK water industry. The results from a survey of the perceptions of managers and practitioners are presented along with other industry data.... More...
Price: £400
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The Environmental Impact of Phosphorus from the Agricultural Disposal of Sewage Sludge - Stage 3
97/SL/02/4 - ISBN: 1 84057 013 XLaboratory, lysimeter and field studies continue to show wide variability the potential bioavailability of phosphorus in sewage sludge. Under operational rates of application, losses of phosphorus in run-off from plots recei... More...
Price: £100
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UKWIR/EA A Unified Methodology for the Determination of Deployable Output from Water Sources - Volume 1
00/WR/18/1 - ISBN: 1 84057 198 5This joint UKWIR/ Environment Agency project examined current practices for determination of surface water and ground water deployable output (DO) and concluded that a unified approach was both desirable and feasible. However... More...
Price: £150
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Exploring the Cost Benefit of Separating Direct Surface Water Inputs from the Combined Sewerage System
09/WM/07/13 - ISBN: 1 84057 533 6Urbanisation and climate change are increasing the volume of rainfall discharging to the public combined sewerage system, resulting in increased risk of flooding and pollution with unnecessary pumping and treatment costs.
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