Joint actions for the development and implementation of new technologies for the optimal management of water resources in the urban environment
Acronym |
LYSIS |
| Project Number – MIS | 5016103 |
| Priority axis | 2 - A Sustainable and Climate adaptable Cross-Border area |
| Investment priorities | 6f - Promoting innovative technologies to improve environmental protection and resource efficiency in the waste sector, water sector and with regard to soil, or to reduce air pollution |
| Intervention fields |
021. Water management and drinking water conservation (including river basin management, water supply, specific climate change adaptation measures, district and consumer metering, charging systems and leak reduction) |
| Call | 2nd Call for proposals under priority axes 2 & 4 |
| Lead Beneficiary | Municipality of Drama |
| Beneficiaries |
Municipality of Blagoevgrad Municipality of Pavlos Melas NGO "Active Youths" SPECIAL ACCOUNT FOR RESEARCH FUNDS - ARISTOTLE UNIVERSITY OF THESSALONIKI |
| Start Date | Aug 31, 2017 |
| End Date | Nov 30, 2020 |
| Budget | 659.488,15 € |
| ERDF Contribution | 560.564,93 € |
| National Contribution | 98.923,22 € |
| Website | https://lysis-interreg.eu |
LYSIS proposes an integrated approach to regional socio-climatic changes using innovative techniques and technologies addressing sustainable urban water management. Although a wide range of EU Directives and national legislative acts address water management and monitoring, established methodologies and technical and operational implementation standards are generally lacking at the municipal level. The development of these methodologies and standards presents a common challenge to both Greece and Bulgaria in their efforts to promote sustainable municipal water management and reduce the ecological footprint of urban green spaces.
Specifically, the project establishes problem-solving strategies for municipalities facing water excess or shortage issues. The main project outputs are: implementation of smart urban irrigation systems addressing exact water needs in space and time; development of excess water management techniques emphasising on water quality and reuse; development of a Good Practice Guide for ecological footprint reduction in urban green spaces; know-how dissemination seminars and public awareness events addressing efficient municipal water management.
Specifically, the project establishes problem-solving strategies for municipalities facing water excess or shortage issues. The main project outputs are: implementation of smart urban irrigation systems addressing exact water needs in space and time; development of excess water management techniques emphasising on water quality and reuse; development of a Good Practice Guide for ecological footprint reduction in urban green spaces; know-how dissemination seminars and public awareness events addressing efficient municipal water management.
Downloads

D.2.1.4_Brochure (EN_GR_BG)
D.2.1.4_flyer_GR
D.2.1.4_Video
D.2.4.3_Brochure II (EN_GR_BG)
D.3.1.1_Integrated Design System & Water Management Analysis (EL)
D.3.2.1_Study & protocol for irrigation recommendation using smart systems (EL)
D.3.3.2_Operation of Pilot Actions in Greece (GR)
D.3.4.1_Report for Technical research and Development study_Blagoevgrad (ΒG)
D.3.5.1_Information Material for Workshops_Quiz EN
D.3.5.1_Information Material for Workshops_Quiz BG
D.4.1.1_Evaluation & Efficiency Assessment Report Drama (EL)
D.4.1.2_Good practice Guide for reduction of water and carbon footprint (training material) _(GR_EN abstract)
D.4.2.1_Evaluation Efficiency Assessment & Scale up opportunities_EL
D.4.2.1_Evaluation Efficiency Assessment & Scale up opportunities _EN abstract