Presentation hold during EIP Water Conference in Porto, as part of the Porto Water Innovation Week in Session 4 “Developing water innovation with R&D centres, innovation hubs and accelerators”
Uniting univeristies, research labs, local government and the private sector in the MAR network in Italy
1. WATER INNOVATION: BRIDGING GAPS,
CREATING OPPORTUNITIES
27 AND 28 SEPTEMBER 2017
ALFÂNDEGA PORTO CONGRESS CENTRE
DEVELOPING WATER INNOVATION WITH R&D
CENTRES, INNOVATION HUBS AND ACCELERATORS
UNITING UNIVERSITIES, RESEARCH LABS, LOCAL
GOVERNMENT AND THE PRIVATE SECTOR IN THE MAR
NETWORK IN ITALY
RUDY ROSSETTO
SSSUP, ITALY / “MAR” EIP WATER ACTION
GROUP
2. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
Uniting the research world, local government
and the private sector in the Italian Network
on Managed Aquifer Recharge (INMAR)
Rudy Rossetto
Scuola Superiore Sant’Anna - Italy
r.rossetto@sssup.it
Action Group 128 MAR SOLUTIONS
3. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
challenges posed requires lots of innovation in terms of:
4. Widespread in US, Australia, Israel
Managed Aquifer Recharge
Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
Recharge is “managed” in order to assure an adequate protection of
human health and the environment
MAR differs from:
• unmanaged recharge (i.e.: stormwater infiltration facilities)
• unintentional recharge (i.e.: recharge caused by excess irrigation)
5. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
CHALLENGES
Lots of innovation in terms of:
- plant design;
- monitoring of surface and groundwater;
- big data management;
- regulation;
- and stakeholders involvement…
6. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
Need for Managed Aquifer Recharge… in Italy
7. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
Cagliari:
2 ASR’s
Infiltration Trench
Infiltration Pond
Carbonia – Iglesias:
ASR
Ferrara:
Infiltration Pond
Lucca:
IRBF
Milano:
2 Infiltration Ponds
Padova:
FIA
IRBF
Pesaro Urbino:
ASR
Pordenone:
SAT
Prato:
IRBF
Ravenna:
Infiltration Pond
Rimini:
2 ASR’s
2 Infiltration Ponds
IRBF
Bari:
ASTR
Livorno:
River scarification
Treviso:
Infiltration Pond
Udine:
Dry well
Infiltration Pond
Vicenza:
7 dry wells
4 FIA’s
Infiltration Pond
Infiltration Trench
Infiltration Channel
Infiltration Field
Siracusa:
ASR
UNMONITORED
Credits: Silvia Di Bartolo – Alessio Barbagli
ARTIFICIALAQUIFER
RECHARGEINITALY
8. RECENT YEARS/1
Aquifer recharge co-financed by the European Commission mainly through the LIFE program.
- TRUST (Tool for regional - scale assessment of groundwater storage improvement in adaptation to
climate change, LIFE07 ENV/IT/000475)
- AQUOR (Implementation of a water saving and artificial recharging participated strategy for the
quantitative groundwater layer rebalance of the upper Vicenza's plain - LIFE 2010 ENV/IT/380)
- WARBO (Water re-born - artificial recharge: innovative technologies for the sustainable management of
water resources, LIFE10 ENV/IT/000394; 2014).
From TRUST From TRUST
9. RECENT YEARS/2
In 2014, the Regional Authority of Emilia Romagna started a MAR pilot on the
Marecchia River fan using a recharge basin to alleviate water scarcity in the Rimini
area as results of drought periods (Severi et al. 2014).
Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
To be
operational
soon!
10. On October the 3rd 2014 about 300 persons took part in a 1-day
workshop on the implementation of MAR techniques in Italy
Italian Network on MAR -
INMAR
IMPACT
12. Lack of knowledge is preventing the
application of these techniques (i.e. engineers
are very good in dams building but knowledge
on MAR is less than basic).
What the INMAR Network is for…
Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
Dissemination of MAR scientific findings and technical know-how
among professionals, governing authorities and the public is crucial
for the application of MAR techniques.
13. University, scientific and
technical coordination.
Dissemination and
extension activities
CO-FINANCERS
Regional Authority,
Decision making
Land management
authority, project
coordinator.
Water utility
Design of demonstrators.
Dissemination activities
sustainable WATer management in the lower
Cornia valley through demand REduction,
aquifer REcharge and river REstoration
14. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
LIFE REWAT STRATEGY
1st PILLAR: demo actions
Water saving in civil sector
Managed Aquifer Recharge
Wastewater Reuse
River Restoration
Water saving in agriculture
2nd PILLAR: stakeholder involvement
Dissemination
Extension
Matching
Training
15. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
MAR plant SUVERETO
Expected results
>storage of 600k m3/y
Max 2 Mm3/y;
Combat saline intrusion
DEMONSTRATION
16. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
After 200 days
0.05 m3/s recharge
(about 900k m3)
Construction cost:
less than 500k €
Expected head increase
www.freewat.eu
17. FREEWAT architecture
Surface and
Groundwater
Simulation
Water quality
simulation and
analysis tools
Rural water
management
module
UPSCALING from
cell results
WATER
MANAGEMENT
AND PLANNING
MODULE
GIS AND SPATIAL
DATABASE
Calibration
Sensitivity
Analysis
Parameter
estimation
Observation Analysis
Tool
18. PROSPECTS
It is of outmost importance to define which are the financial
instruments to sustain these water infrastructures, so to guarantee not
only their set up, but also routinely operations.
This may contribute to opening a new market in the water sector.
Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
As dams construction is pretty an unfeasible option (due to economy
and unwilling population and several environmental issues) MAR can
constitute a valid alternative.
19. Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
LIMITATIONS
Future work (research in primis) is needed in order to foster the use
of treated municipal wastewater (Soil Aquifer Treatment systems).
While care is paid to the MAR plant set up, still little attention is given
to the monitoring system, especially related to quality issues.
The latter may change MAR from being an opportunity to a threat.
20. CONCLUSIONS
The regulatory framework now is there: need to be tested
Training activities for professionals and awareness raising among
relevant stakeholders constitute a turning point for the application of
MAR in Italy.
Growing interest from research institutes and local authorities on the
use of this low-cost techniques (compared to other solutions)
Companies next to come.
Demonstrating Managed Aquifer Recharge as a Solution
to Water Scarcity and Drought
An EU FP7 Project
From TRUST From TRUST
Hi everybody, I come from Italy and I am from scuola superiore sant’anna a public research university in Italy – I am cooperating in the EIP water in the Action Group MAR Solution along with my friend Lobo Ferreira (from Lnec) and Enrique escalante from Tragsa
whatever trump is saying both climate change and human activities are posing a threat on available water resources and the society requires and to go satisfy continuous growing water needs either we go for convenational sources or we start testing the se of non-conventional sources
dighe pozzi --- foto aquifer recharge… reuse of treted wasewater
many of you may not know what MAR means : it stands for managed aquifer recharge, a technique for recharging aquifers at a higher rate than that provided by nature
In Italy aquifer recharge has been traditionally applied unintentionally, by increasing riverbank filtration or because of excess irrigation.
A certain interest for artificial recharge of aquifers arose at the end of the ’70s and the beginning of the ’80s and tests have been carried out in Tuscany, Veneto and Friuli Venezia Giulia.
We have then been performing an hystorical and literature research to find out where artificial recharge (not having a proper and dedicated monitoring system) was applied in Italy
And apparently experiences were more diffused in Northern Italy than in the south, where water shortage is more an issue
The event aimed at showcasing present experiences on MAR in Italy while at the same time starting a network among all the Institutions involved.
Upon all these new experiences some more groups at univ strted new research activities on the topic and also technical offices of local authorities (for ex roma municipality) started seriously to think to set in practice MAR plants
lower investment costs
(one of the more economic techniques for water supply
1/1.5 €/m3 construction costs vs. 5/6 €/m3 for dams);
----- sites are easier to be identified;
------------ no or minimum land loss;
------------------------ salinised aquifers may be used;
(salinised groundwater displacement)
--------------- no evaporation, algal formation or insect’s proliferation;
------ less GHG’s emissions in the atmosphere.
Upon all these new experiences some more groups at univ strted new research activities on the topic and also technical offices of local authorities (for ex roma municipality) started seriously to think to set in practice MAR plants
lower investment costs
(one of the more economic techniques for water supply
1/1.5 €/m3 construction costs vs. 5/6 €/m3 for dams);
----- sites are easier to be identified;
------------ no or minimum land loss;
------------------------ salinised aquifers may be used;
(salinised groundwater displacement)
--------------- no evaporation, algal formation or insect’s proliferation;
------ less GHG’s emissions in the atmosphere.
To this te
aprticipation of public authorities/prvate companies
To apply MAR techniques on a large scale is of particular interest the possibility to allow farmer’s associations or drainage consortiums to play an important role in storing excess rainfall water in aquifers.
Few hectares of land in rural areas may be dedicated to MAR plants, transforming a traditionally water consumer sector in one preserving it - opportunities are then linked to the provision of water related ecosystem services.