Nanohybrid Materials for Water Purification

341 Pages·2022·8.003 MB·English

by  Sarat K. Swain

Composites Science and Technology
Sarat K. Swain   Editor
Nanohybrid
Materials
for Water
Purification
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Sarat K. Swain
Editor
Nanohybrid Materials
for Water Purification
Editor
SaratK.Swain
DepartmentofChemistry
VeerSurendraSaiUniversityofTechnology
Burla,Sambalpur,Odisha,India
ISSN 2662-1819 ISSN 2662-1827 (electronic)
CompositesScienceandTechnology
ISBN 978-981-19-2331-9 ISBN 978-981-19-2332-6 (eBook)
https://doi.org/10.1007/978-981-19-2332-6
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Preface
Nanohybrid materials or nanocomposites, especially polymer-based nanocompos-
ites,haveattractedalotofattentionastheyplayavitalroleinthefieldofmaterial
science.Startingfromtheproductionofpackagingmaterialstobiomedicaldevices,
fromenvironmentalremediationtoindustrialapplications,advancednanocomposite
materialshavecreatedtheirownniche,owingtotheiroutstandingfeaturesandperfor-
mances.Variousnanostructuredmaterialshavebeensuccessfullyestablishedassuit-
ablereinforcementmaterialsfornanocompositeformation,keepingsustainabilityin
mind.Materialswithmultiplefunctionalitiesareofutmostimportanceinaddressing
variousresearchproblems,especiallyforsolvingvariousenvironmentalissuesthat
havebecomeaconcernworldwide.Waterdecontaminationorwastewatermanage-
menthasposedagreatproblemacrosstheglobe,andtremendouseffortsarebeing
made to design materials and devices to serve the purpose. When various nano-
materials are reinforced in matrix materials, several properties of the matrix are
accentuated significantly, namely permeability, mechanical properties, antifouling,
selectivebarrierproperties,etc.Nanocompositesmakeupefficientmembranesand
otherdevicesforwaterpurificationviaadsorption,filtrationorcatalysisactivities.
Thepresentbookaimsatpresentingabroadoverviewoftheproposedtopicby
combiningthepast,presentandfutureofwastewatertreatmentandwaterpurifica-
tion.Thebookalsoprovidesdetailedinformationregardingtheversatileapplications
ofnanocompositesandothersmartnanostructuredhybridmaterialsforwaterpurifi-
cationpurposes,focusingonthenewgenerationseparationtechniques,useofvarious
nanomaterialsforadsorptionordegradationofthepollutantspresentinwater.The
bookfurtherexploresthestructuralcharacterizationaswellasassessmentofprop-
ertiesoftheadvancedmaterialsusefulforwaterpurification.Ihopethattheselected
13 chapters included in the book will surge interest in readers regarding new age
materialsandtechnologiesusedforwatertreatmentapplications.
Iexpressmygratitudetoallthecontributorsofthechapterswhohavesparedtime
tosharetheirideasregardingthisrisingconcernviathiseditedbook.Ideeplythank
alltheauthorsfromaroundtheglobeforsharingtheirexpertiseandknowledgein
theconcernedfield.IconveythankstotwoofmyPh.D.scholars,namelyAnuradha
vii
viii Preface
BiswalandSwapnitaPatraforconstanthelpduringtheeditingprocessofthisbook.
IamverymuchthankfultotheSpringerteamfortheirunparalleledcooperationand
supportateachstageofproductionofthisbook.
Sambalpur,India Prof.SaratK.Swain
Contents
WaterPollutionIssuesandMonitoringtheProblems ................. 1
SwapnitaPatraandSaratK.Swain
NanohybridMaterials ............................................. 23
AnuradhaBiswalandSaratK.Swain
NanocompositesforWaterTreatment ............................... 47
BlancaL.Martínez-Vargas, DelaCruz-MarquezGalileaI.,
Peralta-HernándezJuanM., Durón-TorresSergioM.,
andPicos-BenítezAlainR.
NanocompositesforDyeRemovalfromWater ........................ 75
MohamedA.Abdelwahab,MaieMousa,andNehalSalahuddin
Nanostructured Composite Materials for Treatment of Dye
ContaminatedWater .............................................. 97
SoumyaRanjanMishra,VishalGadore,andMd.Ahmaruzzaman
PolymerGraftedNanocompositesforWaterDecontamination ......... 121
KrishnaManjariSahu,SwapnitaPatra,andSaratK.Swain
Nanohybrid Polymeric Membranes for Water Purification
andSeparation .................................................... 141
P.V.Chai,C.Y.Jong,S.F.Chua,andW.L.Ang
MagneticNanohybridMaterialsforWaterPurification ............... 169
AninditaBhuyanandMd.Ahmaruzzaman
Carbon Nanotubes Reinforced Polymeric Hybrid Materials
forWaterPurification ............................................. 197
AnnyLeudjoTaka, MichaelKlink, XavierYangkouMbianda,
FanyanaMtunzi,andEliazerBobbyNaidoo
ChitosanBasedNano-HybridMaterialsforWaterPurification ........ 225
NiladriSarkarandGyanaranjanSahoo
ix
x Contents
MetalOxideNanoparticlesforWaterDecontamination ............... 245
PreetiJain,MridulaGuin,andN.B.Singh
Application of Core–Shell Nanohybrid Structures in Water
Treatment ........................................................ 279
HirakenduBasu, ShwetaSingh, SureshKumarKailasa,
andRakeshKumarSinghal
Future Challenges and Perspectives in Water Purification
byHybridMaterials ............................................... 317
SoulaimaChkirida, NadiaZari, AbouelkacemQaiss,
andRachidBouhfid