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DevelopMent AnD applicationofintegratedtechnologicalandmanagementsolutionsFORwasteWATER treatmentandefficientreuseinagriculturetailoredtotheneedsof
MediterraneanAfricanCountries
ResearchandInnovationAction:GrantAgreementn° 688320
EUfundedProject
Introduction to the project
Madforwater at a glanceØ Societal Challenge:ClimateAction,Environment,ResourceEfficiency
andRawMaterials(SC5)
Ø Topic:WATER-5c-2014/2015- StrengtheninginternationalR&Icooperationinthefieldofwater.Developmentofwatersupplyandsanitationtechnology,systemsandtools,and/ormethodologies
Ø Starting date:1June 2016.
Ø Duration:4years
Ø Totalcost:4.039.419€
Ø EUfunding:2.914.419€
Ø Coordinator:Dr.DarioFrascari,UniversityofBologna
Ø Co-coordinator:Dr.GiulioZanaroli,UniversityofBologna
The Madforwater consortiumØ 11countries Ø 5partners fromMACs
Ø 18partners:13research insitutions, 4SMEs,1international organization (FAO)
General goal
Todevelopanintegratedsetoftechnologicalandmanagementinstrumentsfortheenhancementof
wastewatertreatment,treatedwastewaterreuseforirrigationandwaterefficiencyinagriculture,withthefinalaimtoreducewatervulnerabilityinselectedbasinsinEgypt,
MoroccoandTunisia.
WATER SUPPLY
(WW treatment)
WATER DEMAND
(Irrigation)
DECREASEDWATER VULNERABILITY
EXPECTED IMPACT
Tech
nolo
gies
DST
Econ
omic
inst
rum
ents
Tech
nolo
gies
DST
Econ
omic
inst
rum
ents
ADAPTATION
INTEGRATION
The Madforwater concept
Ø Madforwater is based on2main pillars:watersupply (wastewater treatment)andwaterdemand (irrigation)
Ø Theactions related tothese 2pillars willbetransversally characterized bytheconcepts of
ü adaptation tothelocal conditionsofthe3targetMACs
ü integration (i)within each pillar,between technologies,watermanagementstrategies andeconomic instruments;and(ii)transversally,between WWtreatmentandWWreuse forirrigation
Specific objectives and expected results
EXPECTEDRESULTS:
Ø ReportontheinternationalcooperationagreementsrelatedtowatermanagementinthetargetMACs
Ø Country-wideGISmapsdescribingwaterstress,watervulnerabilityandwaterreusepotentialinthetargetcountries
Ø Technicaldescriptionoftheeffectsofwatervulnerabilitiesonfoodsecurityandsocio-economicdevelopmentinthetargetMACs
Ø Basin-scalewatervulnerabilityassessmentframeworkfortheevaluationoftheeffectivenessofintegratedwatermanagementstrategies
SO1
IMPR
OVED
IDEN
TIFI
CATI
ON O
F W
ATER
VU
LNER
ABIL
ITIE
S
Specific objectives and expected results
DEVELOPMENT, ADAPTATION AND INTEGRATION OF TECHNOLOGIES FOR WW TREATMENT AND WATER EFFICIENT USE IN AGRICULTURE
SO2
EXPECTEDRESULTS:
Ø 11wastewatertreatmenttechnologies,tailoredtothe3selectedbasins andvalidatedatlaboratoryscale
Ø 6technologiesforincreasingwaterefficiencyandreuseinagriculture,tailoredto3selectedbasins andvalidatedatlaboratoryscale
Ø 4fieldpilotplantsofintegratedwastewatertreatmentandwaterreuseinagriculture,operatedinthe3selectedbasins
SO1
IMPR
OVED
IDEN
TIFI
CATI
ON O
F W
ATER
VU
LNER
ABIL
ITIE
S
Specific objectives and expected results
DEVELOPMENT, ADAPTATION AND INTEGRATION OF TECHNOLOGIES FOR WW TREATMENT AND WATER EFFICIENT USE IN AGRICULTURE
SO2
DEVELOPMENT OFINTEGRATED
WATER AND LAND MANAGEMENT STRATEGIES
SO3
EXPECTEDRESULTS:
Ø 2DecisionSupportTools(DSTs)fortheintegrationoftheprojecttechnologies forWWtreatmentandagriculturalwater&landmanagement
Ø AsetofintegratedstrategiesforWWtreatmentandagriculturalwatermanagement,withtheassociatedeconomicinstruments,targetedtothe3selectedbasins
Ø Policyrecommendationsfortheeffectiveimplementationoftheproposedwatermanagementsolutions inthe3targetMACs
SO1
IMPR
OVED
IDEN
TIFI
CATI
ON O
F W
ATER
VU
LNER
ABIL
ITIE
S
Specific objectives and expected results
DEVELOPMENT, ADAPTATION AND INTEGRATION OF TECHNOLOGIES FOR WW TREATMENT AND WATER EFFICIENT USE IN AGRICULTURE
SO2
DEVELOPMENT OFINTEGRATED
WATER AND LAND MANAGEMENT STRATEGIES
SO3
INCREASED CAPACITY
BUILDING IN MACS
SO4
EXPECTEDRESULTS:
Ø Atechnicalbookletandasetoftechnicalvideos ontheMADFORWATERWW treatment,efficientirrigationandwaterreusetechnologies
Ø 3StakeholderConsultation Workshops, 2CapacityBuildingWorkshops, 1train-the-trainercourse,4on-fieldtrainingsattheprojectpilots, exchangeofscientists, fieldvisits, technicalanddisseminationvideos, 1finalprojectconference.
SO1
IMPR
OVED
IDEN
TIFI
CATI
ON O
F W
ATER
VU
LNER
ABIL
ITIE
S
Specific objectives and expected results
DEVELOPMENT, ADAPTATION AND INTEGRATION OF TECHNOLOGIES FOR WW TREATMENT AND WATER EFFICIENT USE IN AGRICULTURE
SO2
DEVELOPMENT OFINTEGRATED
WATER AND LAND MANAGEMENT STRATEGIES
SO3
INCREASED CAPACITY
BUILDING IN MACS
SO4
SO5PROMOTION OF BUSINESS OPPORTUNITIES FOR
EU AND MAC COMPANIES
SO5
EXPECTEDRESULTS:
Anexploitationplan,including
(i) business planstofosterthemarketpenetrationinthetargetMACsoftheMADFORWATERSMEsthankstothedeveloped technologies
(ii) strategiesforthemarketexpansion inthetargetcountriesofEUandMACwaterandirrigationenterprisesbeyond theconsortium
SO1
IMPR
OVED
IDEN
TIFI
CATI
ON O
F W
ATER
VU
LNER
ABIL
ITIE
S
SO6
ADAPTATION OF TECHNOLOGIES AND STRATEGIESTO OTHER MENA COUNTRIES
Specific objectives and expected results
DEVELOPMENT, ADAPTATION AND INTEGRATION OF TECHNOLOGIES FOR WW TREATMENT AND WATER EFFICIENT USE IN AGRICULTURE
SO2
DEVELOPMENT OFINTEGRATED
WATER AND LAND MANAGEMENT STRATEGIES
SO3
INCREASED CAPACITY
BUILDING IN MACS
SO4
SO5PROMOTION OF BUSINESS OPPORTUNITIES FOR
EU AND MAC COMPANIES
SO5
EXPECTEDRESULTS:
Guidelines andtrainingpackagesforthe adaptationtootherbasinsinthetargetMACsandinotherMENAcountriesoftheMADFORWATERwatervulnerability tools, technologies andwatermanagementstrategies
SO1
IMPR
OVED
IDEN
TIFI
CATI
ON O
F W
ATER
VU
LNER
ABIL
ITIE
S
Tools for the assessment
of water management
strategies
Data for adaptation
to localcontaxt
WATER VULNERABILITY ANALISYS
Phase I: country scalePhase II: basin scale
The Madforwater strategy
(WP 1)
TECHNOLOGIESPhase III: lab-scale → selection → Phase IV: integrated pilots of WW
treatment and reuse
Validatedtechnologies
(WP 2, 3, 4)
IMPLEMENTATION (Phase V; WP 5, 6, 7)
Policy reccomendations Capacity
buiding
DecisionSupport Tools
Industrial exploitation
Water management
strategies building
DSTs
Economic & regulatory
instrumentsB2B
WW treatment SMEsbusiness plans
Irrigation SMEsbusiness plans
Cross-sectorial market access Integrated water and land management strategies
IMPLEMENTATION PHASEIMPLEMENTATION PHASES (WP 5, 6, 7)
WW-related water vulnerability
Agriculture-related water vulnerability
Integrated water vulnerability assessment framework
Integrated tools
ANALYTICAL PHASE
The Madforwater integration strategy
ANALYTICAL PHASES (WP 1)
WW treatment technologies
Irrigation technologies
Integrated technologies
Pilot plants
TECHNOLOGICAL PHASES (WP 2, 3, 4)
The expected impact
WW treatment technologies
à Increased turnover for WW treatment companies (9.4 b€)
LAND IRRIGATED WITH EFFICIENT TECHNOLOGIES (10% of irrigated land)
Irrigation technologies
LAND IRRIGATED WITH HIGH QUALITY TREATED WW
• Increase of WW reused in agriculture (from 7% to 28%)
• Reduction of water consumption in agriculture
• Increased income for 6 million farmers; increased turnover for irrigation companies (1.4 b€)
Increase of available water (6.3% of the water currently consumed in agriculture)
reusein
agric.
IRRIGATION QUALITY TREATED WW (27% of
produced WW)
other reuses
to agriculture• Increased irrigated land (4%
of current irrigated land)• Increased food production
(1.3 Mt wheat / year)
Scenario 1
to decrease ofgroundwater cathment
Reduced cost associated to water over-exploitation (3.9 b€ saved)
Scenario 2
Ø Estimated impacts referred to10years after theendoftheproject (2030)
DevelopMent AnD applicationofintegratedtechnologicalandmanagementsolutionsFORwasteWATER treatmentandefficientreuseinagriculturetailoredtotheneedsof
MediterraneanAfricanCountries
ResearchandInnovationAction:GrantAgreementn° 688320
EUfundedProject
Formoreinformationon theproject,visitwww.madforwater.eu orcontactus:
Projectcoordinator:Dr.DarioFrascari,dario.frascari@unibo.it
Projectco-coordinator:Dr.GiulioZanaroli,giulio.zanaroli@unibo.it
Exploitation&communication:MarijnMulder, marijn.mulder@pnoconsultants.com
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