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Goals of the Water4Cities project

1) To enable localization, visualization and analysis of surface water and groundwater at a holistic urban setting providing services to multiple water stakeholders.


2) To develop necessary models and associated platform enabling water providers and relevant stakeholders to:

 - monitor in real-time the urban water resources

 - support decisions for optimal urban water management causing minimal enviroment impact

 - involve policy makers, corporations and the public to provide support for sound and balanced  decision-making.

OPEN

Project Objectives

1. Investigating of new process and models for urban water cycle monitoring.


2. Designing methodology for analysis and optimization of urban water. 


3. Researching optimization capabilities in data transmission protocols to support real-time water lifecycle monitoring. 


4. Designing novel data analytics, data visualization algorithms and decision support tools for optimized urban water management.

OPEN

Technical Objectives

                  

1. To build energy efficient monitoring infrastructure for collection of real-time data across the water lifecycle.


2. To deploy advanced data mining and data visualization tools for water management.


3. To develop decision support services and applications, catered for water utilities and decision makers in the Water4Cities process chain.


4. To test and validate the proposed ICT platform.

OPEN

Holistic Urban Water Optimization Methodology

  • identification of water parameters relevant to its quantitative and qualitative assessment 
  • analysis of urban water cycle processes and investigation of optimization to prevent water deterioration and promote its sustainable use  
  • definition of system discovery of optimization opportunity through a cause-effect analysis 
  • stakeholder requirement analysis and technical specifications: cooperation of beneficiaries in requirement analysis

     

OPEN

Water4Cities Platforms

  • research and implementation of optimized network protocols to support real-time data collection
  • integration and cleaning of heterogeneous data
  • research and development of analytics methods, tailored in the water optimization scenarios
OPEN

OPEN

OPEN
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Decision Support Services

Goals are:


a) Improved Groundwater Management

b) Improved Water Supply Planning

c) Improved Water Reuse Potential

d) Implications of different land uses


They include:


  • pilot scenarios and evaluation methodology
  • platform deployment and testing 
  • environmental and technoeconomic evaluation 

OPEN

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