Water Cycle Study - East Devon District Council
Water Cycle Study - East Devon District Council
Water Cycle Study - East Devon District Council
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Exeter and <strong>East</strong> <strong>Devon</strong> <strong>Water</strong> <strong>Cycle</strong> <strong>Study</strong><br />
Table 9.1 – Proposed <strong>Water</strong> <strong>Cycle</strong> Sustainability Objectives<br />
Objectives Key Indicators<br />
<strong>Water</strong> resource and water supply<br />
Objective: To ensure that water consumption and supply is as efficient as possible.<br />
• Reduce the consumption of water, both domestic and industrial (i.e. introduction of water metres, tariffs<br />
and other demand management measures).<br />
• Make best use of past investments and assets including existing buildings and infrastructure.<br />
• Promote sustainable water use based on long-term protection of available water sources.<br />
• Contribute to mitigating the effects of drought.<br />
• Increase public awareness<br />
<strong>Water</strong> quality and environment<br />
Objective: To reduce pollution and maintain a high quality of water environment.<br />
• Ensure the progressive reduction of pollution of groundwater and prevent further pollution.<br />
• Achieve good ecological and chemical status in all inland and coastal waters by 2015.<br />
• Conserve and enhance SPAs, NNRs and SSSIs.<br />
• Ensure that coastal floodplain habitats are not prevented from naturally responding from sea level rise.<br />
• Employ green infrastructure principles (e.g. rain water harvesting, green roofs, attenuation ponds.)<br />
Wastewater drainage and treatment<br />
Objective: Effective management of waste water: reduce the amount of waste water produced, better use of waste water.<br />
• Minimise waste water by better demand management and separation of storm water from foul sewers.<br />
• Make best use of past investments and assets including spare capacity in existing infrastructure.<br />
• Encourage recycling of waste water and reduction in energy use by residences and businesses.<br />
• Promote low carbon wastewater infrastructure solutions (e.g. gravity drainage rather than pumped).<br />
• Develop new markets for waste water.<br />
Flood risk and surface water management<br />
Objective: To ensure that there in no increase in flood risk.<br />
• Guide development away from areas liable to flooding by the use of a sequential test approach to land<br />
use planning.<br />
• Further reduce existing flood risk.<br />
• Employ sustainable flood risk solutions.<br />
• Contribute to mitigating the effects of floods – promote flood resilience.<br />
• Increase public awareness<br />
93 Ref EWCS April 2010<br />
• CAMS status – how many CAMS in deficit.<br />
• <strong>Water</strong> consumption rates – per capita consumption<br />
• SWW energy consumption / carbon footprint.<br />
• Compliance with code for sustainable homes.<br />
• Number of planning permissions granted contrary to the<br />
advice of the Environment Agency on water quality grounds.<br />
• General assessment of river/coastal water quality.<br />
• General assessment of drinking water quality.<br />
• Biodiversity (i.e. decrease in population of indicator species).<br />
• <strong>Water</strong> consumption.<br />
• Quantity of waste water generated and recycled.<br />
• SWW energy consumption / carbon footprint.<br />
• Percentage of existing wastewater networks that are<br />
separate<br />
• Number of planning permissions granted contrary to the<br />
advice of the Environment Agency on flood risk grounds.<br />
• Number of planning permissions granted in Flood Zones 2<br />
and 3.<br />
• Actual implementation of flood defences.<br />
• Compliance with code for sustainable homes.