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INNOQUA | Innovative Ecological on-site Sanitation System for Water and Resource Savings

Innovative Ecological on-site Sanitation System for Water and Resource Savings

    FRAMEWORK

Horizon 2020 Research and Innovation programme

HORIZON 2020

    DURATION

2016 - 2018

    GALLERY

OBJECTIVES

  • Integration individual low cost, sustainable and biologically based water sanitation technologies in multiple modular configurations
  • Demonstration across 10 countries in 4 continents the long term viability of innovative, modular and sustainable solutions for wastewater treatment in real-environment and contribution to stimulating economic growth, business and job creation in the water sector both inside and outside Europe
  • Eco-design and optimise the proposed solutions to increase the sustainable performance of the water sector through an optimised environmental performance

INNOVATIVE ASPECTS

  • Conforming the dierent INNOQUA technologies on the basis of a modular system, and using in different combinations through different scenarios
  • Increasing EU innovation potential by offering a modular solution that integrates innovative technologies in new ways and making possible the accessing to the new markets
  • Use of Lumbrifilter, which is an innovative technique effective in removal of solid and particulate matters
  • Reusing of purified water for irrigation, watering, aquifer recharge and domestic applications

TECHNOLOGIES

  • Assessment and validation the effective performance of the integrated “Lumbrifilter and Daphniafilter” system for wastewater treatment
  • Bio-solar purification (BSP)
  • Monitoring and Control through embedding sensors, software and connectivity in a modular system
  • LED UV

IMPACTS

  • Enhancing confidence among end-users and stakeholders regarding the long-term sustainable benefits of the system in a range of realistic applications and locations
  • Generating LCA positive impacts regarding chemical and resource use
  • Reduced stress on and solution for the EU aging water infrastructure
  • Reduced release of untreated/poorly treated wastewater and avoid CO2 emissions equal to 625 tons/year
  • Improvement sanitation and health conditions in both rural and underdeveloped regions

EKODENGE’S ROLE

Partner

 

  • Responsible for one demonstration site in Sinop (Turkey)
  • Contributor to market and end-user requirements in WP1
  • Contribution to dissemination (Middle-East)
  • Linkages to commercial and voluntary SMEs and public bodies
  • Support for LCA and LCC studies

PROJECT WEBSITE

COORDINATOR

Nobatek

CONTACT WITH

Sevde Karayılan

sevde.karayilan@ekodenge.com

DOCUMENTS

PROJECT PARTNERS

PROJECT TIMELINE

This project has received funding from the European Union’s H2020 research and innovation programme under Grant Agreement No 689817.

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