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Socio-economicfootprintoftheenergytransition
EGYPT
©IRENA2023
Unlessotherwisestated,materialinthispublicationmaybefreelyused,shared,copied,reproduced,printedand/orstored,providedthatappropriateacknowledgementisgivenoftheauthor(s)asthesourceandIRENAasthecopyrightholder.Materialinthispublicationattributedtothirdpartiesmaybesubjecttoseparatetermsofuseandrestrictions,andappropriatepermissionsfromthesethirdpartiesmayneedtobesecuredbeforeanyuseofsuchmaterial.
ISBN:978-92-9260-557-5
Citation:IRENA(2023),Socio-economicfootprintoftheenergytransition:Egypt,InternationalRenewableEnergyAgency,AbuDhabi.
AboutIRENA
TheInternationalRenewableEnergyAgency(IRENA)servesastheprincipalplatformforinternationalco-operation,acentreofexcellence,arepositoryofpolicy,technology,resourceandfinancialknowledge,andadriverofactiononthegroundtoadvancethetransformationoftheglobalenergysystem.Anintergovernmentalorganisationestablishedin2011,IRENApromotesthewidespreadadoptionandsustainableuseofallformsofrenewableenergy,includingbioenergy,geothermal,hydropower,ocean,solarandwindenergy,inthepursuitofsustainabledevelopment,energyaccess,energysecurityandlow-carboneconomicgrowthandprosperity.
Acknowledgements
ThisreportwasdevelopedundertheguidanceofRabiaFerroukhi(ex-Director–KnowledgePolicyandFinanceCentre)andMichaelRenner(Head-PolicyandSocio-economics),andwasauthoredbyBishalParajuliandGondiaSokhnaSeck(IRENA),XavierCasalsandRaniaEl-Guindy(consultant),CarlosGuadarrama(ex-IRENA).ThemodellingresultswereprovidedbyAlistairSmith,HaBui,JamiePirieandJonStenning(E3ME,CambridgeEconometrics).
Thereportbenefitedfromthereviewsandinputsfrominternalandexternalexperts:AngelaKhanaliMutsotso,AsamiMiketa,ImenGherboudj,LarissaPinheiroPupoNogueira,NadeemGoussous,OmarMarzoukandSibghatUllah(IRENA),AlyAbdelfatah(MinistryofElectricityandRenewableEnergy,Egypt),MohamedElSisi(MinistryofElectricityandRenewableEnergy–Egypt,andEgyptianElectricityHoldingCompany).Thereportwascopy-editedbyJonathanGorvett.
IRENAwouldliketothanktheGovernmentofDenmarkforsupportingIRENAwiththeworkthatformedthebasisofthisreport.
Forfurtherinformationortoprovidefeedback:
publications@
Disclaimer
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01
02
03
04
Contents
Figures04
Tables05
Boxes05
Abbreviations06
Executivesummary07
Introduction14
lt'senergysectorandtheneed
20
Socio-economicimpactoftheenergytransition
21
23
28
333...132WEEmceoplfnaloorymemiceinmtpact,asmeasuredbyGDP
Summaryandwayforward
29
34
39
48
References51
Appendix1:Carbonpricing,internationalcollaboration,
subsidiesandprogressivefiscalregimes56
Appendix2:EnergypolicyinEgypt
57
Figures
FIGURES1:EgyptianGDP:Differencebetweenthe1.5°CScenarioandthePES,2021-2050(%)09
FIGURES2:EmploymentinEgypt,2021-2050:Differencebetweenthe1.5°CScenario
andthePESbydriver(%)10
FIGURES3:Energysectorjobsunderthe1.5°CScenarioandPES,bysub-sector,2019-205011
FIGURES4:RenewableenergyjobsinthePESand1.5°CScenario,2019,2030and205011
FIGURES5:Welfareindexinthe1.5°CScenario(left)anddifferenceinwelfarebetween1.5°C
ScenarioandPESin2050(right)12
FIGURE1:Socio-economicassessmentframework16
FIGURE2:Reducingemissionsby2050throughsixtechnologicalavenues17
FIGURE3:Egypt:Totalenergysupply,2010-202022
FIGURE4:Egypt:Installedrenewablegenerationcapacity,2000-202223
FIGURE5:Householdconsumption,capitalinvestments,governmentspendingandbalanceof
tradeinEgypt,1980-202130
FIGURE6:EgyptianGDP:Differencebetweenthe1.5°CScenarioandthePES,2021-2050(%)31
FIGURE7:Unemploymentrate,2012-2022(%oflabourforce,15yearsoldandover)34
FIGURE8:EmploymentinEgypt,2021-2050:Differencebetweenthe1.5°CScenario
andthePESbydriver(%)36
FIGURE9:Energysectorjobsunderthe1.5°CScenarioandPES,bysub-sector,2019-205038
FIGURE10:RenewableenergyjobsinthePESand1.5°CScenario,2019,2030and205039
FIGURE11:StructureofIRENA’senergytransitionwelfareindex40
FIGURE12:Welfareindexinthe1.5°CScenario(left)anddifferenceinwelfarebetween1.5°C
ScenarioandPES(right),205041
FIGURE13:Mortalityrateattributedtohouseholdandambientairpollution,EgyptanditsNorth
Africanneighbours,2016(age-standardised,per100000population)42
FIGURE14:TotalandpercapitaGHGemissionsinNorthAfrica,201944
FIGURE15:Domesticmaterialconsumptionpercapita,2000-201945
FIGURE16:Renewableenergyregulations58
Tables
TABLE1:GDP,labourforceandpopulationgrowthprojectionsunderthePES18
TABLE2:ListofpoliciestoenablethedevelopmentofrenewablesinEgypt27
TABLE3:Energymixobjectivesfor203557
Boxes
BOX1:WorldEnergyTransitionOutlook:1.5°Cpathway17
BOX2:IRENA’sclimatepolicybaskets19
BOX3:DriversofGDPgrowth31
BOX4:Womenintheenergysector35
BOX5:Driversofemploymentgrowth36
BOX6:BiomassinEgypt58
Abbreviations
AfCFTA
AfricanContinentalFreeTradeArea
BECCS
bioenergywithcarboncaptureandstorage
BEEC
buildingenergyefficiencycode
BOO
build-own-operate
BOOT
build-own-operate-transfer
CAGR
compoundannualgrowthrate
CAITClimateAnalysisIndicatorTool
CCScarboncaptureandstorageCO2carbondioxide
CSPconcentratedsolarpower
DMCdomesticmaterialconsumption
EDGAREmissionsDatabaseforGlobal
AtmosphericResearch
EEHCEgyptianElectricityHolding
Company
EFFextendedfundfacility
EGPEgyptianpound
EgyptERAEgyptianElectricityUtilityand
EV
FDI
FiT
GDP
GERD
GHG
GNI
GoE
GtCO2eq
GW
GWh
IPCC
IPP
IRENA
km2
ConsumerProtectionRegulatoryAgency
electricvehicle
foreigndirectinvestment
feed-in-tariff
grossdomesticproduct
GrandEthiopianRenaissanceDamgreenhousegas
grossnationalincome
GovernmentofEgypt
gigatonnesofcarbondioxideequivalent
gigawatt
gigawatthour
IntergovernmentalPanelonClimateChange
independentpowerproducer
InternationalRenewableEnergyAgency
squarekilometre
kWh
MENA
MoERE
MOIC
MoP
MoU
MRV
MtCO2eq
MW
NCCC
NCCS
NDC
NREA
NSRP
O&M
OECD
PJ
PM2.5
PPP
P2X
PV
R&D
SDG
TARES
Tcf
kilowatthour
MiddleEastandNorthAfrica
MinistryofElectricityand
RenewableEnergy
MinistryofInternational
Co-operation
MinistryofPlanning
memorandumofunderstandingmonitoring,reportingand
verification
milliontonnesofcarbondioxideequivalent
megawatt
NationalCouncilforClimateChangeNationalClimateChangeStrategy
NationallyDeterminedContributionNewandRenewableEnergyAuthority
NationalStructuralReform
Programme
operationandmaintenance
OrganisationofEconomic
Co-operationandDevelopmentpetajoules
particulatematter2.5
purchasingpowerparity
power-to-X
photovoltaic
researchanddevelopment
SustainableDevelopmentGoal
TechnicalSupportProgrammeforRestructuringtheEnergySectorinEgypt
trillioncubicfeet
tCO2eq/captonnesofcarbondioxideequivalent
percapita
TFECtotalfinalenergyconsumption
TPEStotalprimaryenergysupply
UNIDOUnitedNationsIndustrial
DevelopmentOrganisation
USDUnitedStatesdollar
Unlessotherwisestated,theexchangeratefromUSdollars(USD)toEgyptianpounds(EGP)usedthroughoutthisreportisthatgivenbythe15March2023UNoperationalratesofexchange,i.e.USD1.00=EGP30.86.
07
Executivesummary
Egyptishometoapopulationofaround110millionpeople,withayoungandproductivemedianageof23.9yearsin2021(UNDESA,2022).Atpurchasingpowerparity(PPP),ithadagrossdomesticproduct(GDP)ofUSD1.33trillion1in2021,makingEgyptthethird-largesteconomyonthecontinent.UnderthecurrentWorldBankclassification,itisconsideredalower-middleincomecountry(WorldBank,n.d.).Despiteenjoyinggradualeconomicgrowth,Egyptfaceschallengesincludingdemographicpressuresonnaturalresources,employmentandsocialinfrastructure.
Egypt’spopulationgrowthrateandpovertyrate,with32.5%ofthepopulationlivingunderthenationalpovertylinein2018(WorldBank,n.d.),placessignificantfiscalandinfrastructureburdensonthecountry’ssocialservices.Fiscalspaceremainslimitedduetothelargeinterestburdenandlowrevenuemobilisation.Governmentspendingonenergysubsidiesremainshigh,leadingtocontinuedlimitedfiscalspaceforsocialspending.AccordingtotheWorldBank,allocationstothehealthandeducationsectorsremainlimited,representingaround1.5%and2.4%ofGDPinthe2021-2022financialyear.AlthoughEgyptstrengthenedsocialprotection,expandedexistingprogramsandintroducedkeypovertymitigationmeasuresduringtheearlystagesoftheCOVID-19pandemic,increasinginflationarypressurescallforfurtherintensificationofeffortstoreducepovertyandimprovewelfare.Improvingtheefficiencyofpublicspending,optimisingrevenuemobilisationtoadvancehumancapital,andpursuingstructuralreformstounleashthepotentialoftheprivatesectorindiversifiedactivitiesarenecessarytocreatejobsandimprovelivingstandards.
Thecountry’spopulationisheavilyconcentratedinasmallareaalongtheRiverNileandinitsdelta.Thisishavingasignificantimpactonhumansettlementandtheeconomy.Egypt’seconomyanditsmajorsettlementsrelyheavilyonnaturalresourcesandparticularlyontheRiverNile.Thisisusedforvariouspurposes,includingpotablewater,agriculture,industry,fishfarming,powergeneration,inlandrivernavigation,mining,oilandgasexploration,machinerycoolingandelectricitygeneration.ThisrelianceontherivermakesEgyptparticularlyvulnerabletorisingtemperaturesanddecreasedprecipitationinthehigherNileBasinsandtheeasternMediterraneancoastalzone.Overthepast30years,temperaturesinEgypthaveincreasedbyanaverageof0.53°Cperdecade(UNICEF,2022).Asaresult,thecountryisparticularlyvulnerabletotheeffectsofclimatechange,whichcouldexacerbateexistinginequalitiesinhumandevelopmentandgeographicaldistribution.Thethreatofheatwaves,desertificationandlossofbiodiversityallposediverserisks,includingriskstofoodandwatersecurity.
1In2017USdollars.
08
AirpollutionandwastemanagementarealsomajorenvironmentalchallengesinEgypt.Airpollutionhasasignificantnegativeimpactonpublichealth,whilewasteproductionisincreasingduetopopulationgrowth,changesinconsumptionpatterns,changesinwastecharacteristicsandinadequatetechnologyforwastedisposal.TheseenvironmentalissueswillhaveasignificantimpactonEgypt’seconomy,particularlyonitsagriculturalsector.In2021,thissectoraccountedfor15%ofGDP,providedjobsfor25%oftheworkforceandprovidedfood,textilesandotherproducts(MOIC,2021).Duetotheexpectedincreaseintemperatureandpossibledeclinesinrainfall,demandforwaterforagriculturalpurposeswilllikelyincrease,exacerbatingthewaterscarcityproblem.
Egyptpossessessubstantialenergyresources,includingbothconventionalfossilfuelsandrenewableenergy,withtheformercrucialtothecountry’ssocio-economicdevelopment.Historicallyanetexporterofoilandgas,Egyptbecameanetimporterinthe2010sduetorisingenergyuseanddepletingenergyresources.Asaresult,theenergysectorhasfacednewchallengesandbarriers,suchasintermittentpoweroutages,whiletheeconomyhasfacedanincreasingfiscaldeficitduetohighsubsidiesonenergyprices–subsidiesthatthegovernmenthasbeenreducing.
EgyptisoneofAfrica’slargestenergymarkets.Thisisduetothesizeofitspopulationandthecountry’shistoricallyhighlevelsofaccesstomodernfuelsandelectricity.ThismakesEgyptstandoutfromitssouthernneighbours(IRENA,n.d.).Globally,theenergysectoristhelargestcontributortoemissions,andthisisalsothecaseinEgypt.Thetotalenergysupply(TES)increasedbyanaverageof1.5%peryearbetween2010and2020(UNSD,n.d.),andEgyptisstilllargelydependentonoilandgas(54.0%and33.7%oftheTESin2020,respectively).Indeed,naturalgassawanincreaseinusageof42%overthe2010-2020period,withtheinstallationofnewelectricitygeneratingcapacity.ThishikehasmadeEgyptAfrica’slargestgasmarket,accountingforoverathirdofthenaturalgasdemandoftheentireAfricancontinent(ClimateActiontracker,2022).Meanwhile,theshareofrenewablesislow,yetithasbeenincreasingoverthelastdecade,seeingarisefrom6.5%to7.1%between2010and2020.Renewablesaremainlydominatedbybioenergyintheformoftraditionalbiomass,whichaccountsforaroundtwo-thirdsoftotalrenewableenergysupplyandisstillusedbymanyruralhouseholds.Giventhepressingneedtoacceleratetheglobalenergytransition,thisdecadehasseenEgyptstepupitseffortstotransitionitsownenergysystem.
ThecountryhasbeenattheforefrontofrenewableenergydeploymentinAfrica,particularlythroughitslargehydroresources,tiedtotheRiverNile.Tomeetitsgrowingenergyneedsandcontributetojobcreation,Egypthassoughttodevelopseveralotherformsofmodernrenewableenergy,includingthroughsolarandwindprojects,sincethestartofthecentury.TheseincludetheZafaranawindfarmandambitiousplanssuchastheGreenCorridorInitiativeforEgypt’srenewableenergy,amemorandumofunderstanding(MoU)signedin2022tobuilda10GWonshorewindproject.Asof2020,thecountryhadthecontinent’ssecondlargestinstalledcapacityofsolarenergy,afterSouthAfrica.EgyptalsohadAfrica’sthirdlargestwindpowergenerationcapacity,accountingformorethanafifthofthecontinent’stotal(IRENA,n.d.).
09
GDP,percentagediference
between1.5°CScenarioandPES(%)
EXECUTIVESUMMARy
IRENA’smacro-econometricmodellinganalysisofEgyptshowsthattheenergytransitioncanboostthecountry’seconomy.Overthe2021-2050period,underthe1.5°CScenarioGDPis5.5%higher,onaverage,thanunderthePES–adifferencedrivenmainlybytrade(FigureS1).Thispositiveimpactisdrivenbythechangeinnettradeinfuels,attributabletoEgypt’senergytransition,energyintensityanddependenceonenergyimports.AlthoughEgyptiscurrentlyanetoilimporteranddespiteitbeingamajorgasexporter,itisatriskofbecominganetgasimportersinceitsnaturalresourceswilllikelynotbeabletokeepupwithdomesticenergydemand.Indeed,movingEgypt’senergystrategyawayfromfossilfuelstowardsrenewablesisexpectedtohaveasubstantialpositiveimpact,addingUSD63billion2tothecountry’sGDPin2050alone.Incumulativeterms,lowerfuelimportsareexpectedtoimprovethebalanceoftradebyaroundUSD1.3trillionoverthe2021-2050period.Thisrepresentsaround5.2%ofthecumulativeGDPunderthe1.5°CScenariooverthesameperiod.
FigureS1:EgyptianGDP:Differencebetweenthe1.5°CScenarioandthePES,2021‑2050(%)
12
10
8
6
4
2
0
-2
-4
-6
2021-20302031-20402041-2050
Investment-private
Induced:aggregatepricesChangeinGDP
Investment&expenditure-publicTrade
Induced:lump-sumpayments
Induced&indirect:other
Underthe1.5°CScenario,economy-wideemploymentis,onaverage,0.3%higherthaninthePESoverthe2021-2050period(FigureS2).Employmentpeaksintheyearsupto2030.From2030,thereisanoticeabledecreaseintheemploymentdifferencebetweenthescenarios,mainlydrivenbythelossininvestmentlinkedtofossilfuelsupply.Nevertheless,thisdecreaseisattenuatedprogressivelyinthefinalyears,creatingover27700additionaljobs(representingaround0.1%difference)in2050.Egyptisoneofthemainbeneficiariesofinternationalfinancialcollaborationflows,whilemakingarelativelysmallglobalfinancingcontribution.Increasinginternationaltransfersreducethetaxburdenonemploymentwagesandeffectivelyexpandthelaboursupplyduringtheinitialperiod.After2035,consumerexpenditurebecomesthedominantpositivefactor.ThistrendcloselyfollowsGDPresults,withanincreaseinconsumerexpenditurefromthelump-sumpaymentdriveroneofthedominantpositiveeffects.
2In2019USdollars.
10
Employment:Percentagediference
between1.5°CScenarioandPES(%)
FigureS2:EmploymentinEgypt,2021‑2050:Differencebetweenthe1.5°CScenarioandthePESbydriver(%)
2.0
1.5
1.0
0.5
0
-0.5
-1.0
-1.5
2021-20302031-20402041-2050
Investment-privateInvestment&expenditure-publicTradeInducedandindirect
Changeinemployment
TheenergytransitionisnetpositiveforjobcreationinEgypt’senergysector(FigureS3).Totalenergysectoremploymentcouldreacharound1.5millionunderthePESandover2.4millionunderthe1.5°CScenarioby2050.Joblossesinfossilfuelsaremorethanoffsetbygainsinrenewablesandotherenergytransition-relatedsectors(i.e.energyefficiency,hydrogen,andpowergridsandflexibility,etc.).By2050,the1.5°CScenarioseesrenewablesaccountformorethan42.2%ofallenergysectorjobs.Italsoaccountsforaround24%ofalljobsinelectricitygridsandflexibility(0.6millionjobs).Energyefficiencyisresponsibleforafurther0.4millionjobs(representing16.1%ofenergysectoremployment).Itshouldalsobenotedthatenergyefficiencydominatesin2030,representingaround49%ofenergysectorjobs,becauseofthefrontloadednatureofinvestmentinthesector.In2050,10.9%ofjobslikelyremaininthefossilfuelsector–amajordecreasefromthecurrent62.7%(FigureS3).
11
Jobs(inmillions)
Jobs(inthousands)
EXECUTIVESUMMARy
FigureS3:Energysectorjobsunderthe1.5°CScenarioandPES,bysub‑sector,2019‑2050
2.50
2.00
1.50
1.00
0.50
0
2019PES1.5-SPES1.5-S
2050
2030
Renewables
Energyeiciency
Powergridsandenergyflexibility
Nuclear
Hydrogen
Fossilfuel
Note:1.5-S=1.5°CScenario;PES=PlannedEnergyScenario.
The1.5°CScenarioseesamoresignificantincreasethanthePES,withmorethanfivetimesthenumberofrenewablejobsin2030andover1millionjobsinrenewableenergyby2050(FigureS4).BecauseofEgypt’sfossilfueldependency,theuptakeofrenewablesisrelativelyslow,however,comparedtotheglobalaverage,intheearlyyearsofthe2021-2050period,withthetransitionoccurringmorerapidlyinlateryears.Solartechnologies(mainlyPV)areexpectedtostronglydominatejobsinrenewablesduringthetransitionoverall.Windwouldplayanimportantroleinfirstdecadeofthetransition(i.e.2021-2030),representingaround58%ofthetotalrenewablejobsin2030.
FigureS4:RenewableenergyjobsinthePESand1.5°CScenario,2019,2030and2050
1200
1000
800
600
400
200
0
2019PES1.5-SPES1.5-S
Wind
Solarwaterheater
Solar(PVandCSP)
Hydro
Geothermal
Bioenergy
2030
2050
Note:CSP=concentratedsolarpower;PV=photovoltaic;1.5-S=1.5°CScenario;PES=PlannedEnergyScenario.
12
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
14%12%10%8%6%4%2%
0%
-2%
By2050,intermsofwelfare,the1.5°CScenariooutperformsthePESby12.2%,withthisdrivenmainlybythesocialandenvironmentaldimensions(rightpanelinFigureS5).Thisanalysishasalsohighlightedsomekeyareaswheregovernmentactioncouldboostlivingstandards,andthestudy’ssocial,economic,environmentalanddistributionaldimensionsshouldbeconsideredbypolicymakers(leftpanelinFigureS5).Increasesinsocialexpenditure,andincreasesinconsumptionandinvestmenttoimprovepresentandfuturewell-being,offerthegreatestpotentialforprogressintheeconomicandsocialdimension.Thereisanopportunityforimprovementinenvironmentalpolicyaswell,particularlyintheareaofGHGemissionsreduction.Improvingthedistributionaldimensionrequirespolicyactionaimedatexpandingthedistributionofwealthandprovidinggreaterbudgetaryflexibilityviahigherinternationalfinancialcollaborationflowsandcarbontaxes.
FigureS5:Welfareindexinthe1.5°CScenario(left)anddifferenceinwelfarebetween1.5°C
ScenarioandPESin2050(right)
Welfareindexbydimensionin2050
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
0.9
0.8
0.7
0.6
0.5
0.4
0.3
0.2
0.1
Diferenceinwelfarebetween1.5˚CScenarioandPESin2050(in%)
EnvironmentalEconomicDistributionalSocialAccess
Note:Intheleftpanelthefivepetalsareonascalefrom0to1andrepresenttheabsolutevaluesofthefivedimensionsofthewelfareindex.Thenumberinthecentreisalsoonascalefrom0to1andrepresentstheabsolutevalueofthe
overallwelfareIndex.
13
EXECUTIVESUMMARy
Forthesebenefitstoberealised,Egyptwillrequireacomprehensiveandholisticpolicyframeworkthatnotonlydrivesforwardthetransitionofenergysystems,butalsoprotectspeople,livelihoodsandjobs.HoldingthepresidencyofCOP27–the2022UnitedNationsclimatechangeconference–Egypthadtheopportunitytoplayaleadingroleinglobalclimatepolicyandaction.Addressingtheintersectionofclimateanddevelopmentrequiressignificantcommitments,institutions,regulationsandco-ordination.Thecountryhasalreadytakenimportantstepsinthisregard,withitsclimatepolicyevolvingfromsimplyadheringtointernationalcommitmentstodevelopingalong-termstrategytobecomearegionalleaderinaddressingclimatechange.Supportivepoliciestailoredtothecountry’ssocio-economiccircumstancesandchallengesshouldgointandemwiththeenergytransition.GivenEgypt’svulnerabilitytoclimatechange,thesecurityofwater,energy,andfoodareintertwined.Inordertoaccomplishefficientandintegratedplanningandmanagementofresources,itiscrucialtoaddressthedifferentlinksbetweenthedifferentsectors.AnexusstrategymustbeusedtotackletheseconnectedproblemsiftheworldistomeettheSDGsandreduceclimatethreats.Overall,asuccessful,justandinclusiveenergytransitioninEgyptcanbringaboutabrighter,moreprosperousandhealthierfutureforallEgyptians.
Introduction
15
EgyptislocatedinnortheastAfricaandcoversanareaofapproximately1millionsquarekilometres(km2).Atpurchasingpowerparity(PPP),ithadagrossdomesticproduct(GDP)ofUSD1.33trillion3in2021,makingEgyptthethird-largesteconomyonthecontinent.UndercurrentWorldBankclassification,itisconsideredalower-middleincomecountry(WorldBank,n.d.).
Egyptishometoapopulationofaround110millionpeople,withayoungandproductivemedianageof23.9yearsin2021(UNDESA,2022).Despiteenjoyinggradualeconomicgrowthovertheyears,Egyptfaceschal
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