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WatERENHANCEDRESOURCEPLANNINGWhile 40% water savings could be achieved from technologicalimprovements, this value is the sum of a series of different actions.It can be roughly estimated that improving coordination among actorscould lead to water savings between 5 and 8%, with smart meteringproviding an additional 8 to 10%.

WatERPtechnological solution gives response to the coordinationamong actors building asmart water solution.

E-GOVERNMENT WATER

SAVING

IMPLEMENTATION

OF WFD

IMPLEMENTATION

OF WFD

WATER

SAVING

ENERGY SAVING

CO2 EMISSIONS

REDUCTION

E-GOVERNMENT

NEW BUSINESS

NEW

BUSINESS

NEW

BUSINESS

Changing behaviour (users)

Improvingregulation

(authorities)

Improvingtechnology

Improvingmatching U-D(distributors)

OPEN

MANAGEMENT

PLATFORM

Developing meteringequipment

Extending standarization

Facilitatingtransnationalcollaboration

WWW.WATERP-FP7.EU

Where water supplymeets demand

www.waterp-fp7.eu

Where water supplymeets demand

Member of the ICT and Water Management ClusterThe enabling role of ICT in water management

http://ec.europa.eu/digital-agenda/en/communities/ict-and-water-management

This Project is supported

by 7th Framework Programme of the European Unionunder Grant Agreement no. 318603

hydrometeorologicalinnovat i vesolut ions

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WWW.WATERP-FP7.EU

Facilities multiple-scalable decisions

Water matching, from user to sources

Project validation in two opposite situations(scarcity abundance)

IWRM & Data Accessibility

1.

2.

3.

4.

In a

few words Outcomes

Domain definition including management actions

Interoperability framework basedin open standards (OCG)

Intelligent & efficient Water Data Warehousefor large amount of data

Hourly & daily Demand Management System

Decision Support Systems for water allocation

and pumps managementOpen Management Platform, an information hubto support decision making at different stages

1.

2.

3.

3.

4.

5.

RAIN

RESERVOIRSRESERVOIRS

CONDENSATION

PIPES DEPOSITSREUSE

PURIFICATION

GROUNDWATER

EVOTRANSPIRATION

DESALINATIONDOMESTIC

DISTRIBUTION

WASTE WATERSYSTEM

WatERPSCOPE

Quantity of waterthat must be storedor produced

to meet future needs

Quantity of waterthat must bewithdrawn

from sources

Quantity of waterthat must enterdistribuiton

chain

Quantity of waterthat must enterdistribuiton

chain

Monitoring of existingwater suppliesand estimation

of future inflows

Managementof water stocks

(with production or reuseof water if necessary)to meet future needs

Withdrawals in functionof water that must

be fed to distribution

Distribution managementto provide necessary water

Demand forecasting

PRODUCTION REGULATION CAPTATION DISTRIBUTION CONSUMPTION

WatERP

presents a new conceptto exchange supply

and consumption knowledge acrossthe entire water supply distributionchain. It will thus provide a major

contribution to:

1. improve coordinationamong actors,

2. foster behavioural change,

3

. reduce water and energyconsumption,

4. optimize wateraccountability and

5. move forward water managementin line with the Water Framework

Directive (WFD)

By enabling

a more dynamic

and agileinteraction

among the

different actors

involved in

water supply

distribution,

WatERP

improves water

governance

while maintaining

the autonomy and

independance

of the actors

how it works