WATER4India: Smart, Cost-effective Solutions for Water Treatment and Monitoring in Small Communities in India - Decision Support System Integration (2012 - 2015)

The overall objective of the Water4India project is to optimize and implement a set of technological alternatives for water supply in India.

The key objectives include:

  • Identify the main vulnerable areas suffering from water scarcity taking into account different factors such as current and future water availability, supply from centralized or decentralized sources, and qualitative and quantitative requirements of communities in the light of available sources and their quality.
  • Assess and quantify currently applied technologies to produce drinking water at a small scale level. Its integration with different solutions to address water shortage will be considered.  
  • Adapt and develop a set of solutions based on technological components for water treatment on a small scale according to the end-users needs in the identified areas. These technologies will include:
    • Ultrafiltration with optimized energy demand
    • Filtration based on microfibers
    • Desalinization technologies such as reverse osmosis
    • UV disinfection
    • Membrane distillation
    • Adsorption using conventional and novel low-cost, locally available materials
  •  Assess and quantify existing technologies for water quality monitoring to evaluate the quality of raw and treated water, and also the composition of wastewater. Special attention will be given to pathogens, studying the quality of water by state-of-the-art methods such as Quantitative Microbial Risk Assessment within the framework of Water Cycle Safety Plans based on good-house keeping.
  • Develop a Decision Support System which integrates multi-criteria evaluation of technological alternatives for obtaining drinking water of the appropriate quality in each socio-economic situation, together with its management and sustainability assessment. This DSS will allow stakeholders and authorities to compare and select the best components to meet environment, economic and social aspects.
  • Demonstrate the selected technologies in two pilot sites with different geological, hydrological and technical situations.
  • Propose best practice guidelines for the end-users, especially when small scale technologies are chosen.

CWS contribution to WATER4India

Led by Prof. Fayyaz Ali Memon, CWS team is mainly responsible for developing two tools:

  •  A user friendly tool to reduce consumption at household level through the selection of water efficient technologies keeping in view a range of sustainability indicators and the Indian context
  • A high level decision support systems to propose a range of water treatment technology terrains and develop their multi criteria based evaluation with specific reference to application potential in developing countries.

This is a 3 year project supported by the European Union under the FP7 SME targeted Collaborative Project Call.  The project team includes nearly 20 partners from European Union member states and India. 

Project status: The project started in September 2012 with funding for the EU partners. THe funding arrangement for the Indian partners is in the negotiation phase.

Project partners

  • SOLINTEL M&P, Spain
  • University of Applied Sciences Northwestern Switzerland
  • Centre for Water Systems, University of Exeter, UK
  • RWTH Aachen University, Germany
  • KWR Water, Netherland
  • Cranfield University, UK
  • Adin Holdings, Israel
  • AMIAD, Israel
  • Solarspring, Germany
  • Vertech Group, France
  • Proinso, Spain
  • University of Technology, Sidney, Australia

Back to Water resources management

Google+