3D Printing Technology for Water Treatment Applications

276 Pages·2022·4.837 MB·English

by  Jitendra Kumar Pandey, Suvendu Manna, Ravi Kumar Patel

3D PRINTING TECHNOLOGY FOR
WATER TREATMENT
APPLICATIONS
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Additive Manufacturing Materials
and Technologies
3D Printing
Technology for
Water Treatment
Applications
SeriesEditior
M Q
A IAN
Editedby
J K P
ITENDRA UMAR ANDEY
UniversityofPetroleumandEnergyStudies,DepartmentofResearchandDevelopment,
Dehradun,India
S M
UVENDU ANNA
UniversityofPetroleumandEnergyStudies,SchoolofEngineering,Dehradun,India
R K P
AVI UMAR ATEL
UniversityofPetroleumandEnergyStudies,Dehradun,India
Elsevier
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Contents
Contributors ix
1. An overview of the advances in the 3D printing technology
TarunMateti,ShikhaJain,L.AnandaShruthi,AninditaLaha,andGoutamThakur
1.1 Introduction 1
1.2 Technologyclassificationfor3Dprinting 7
1.3 Materialsfor3Dprinting 10
1.4 Applicationsof3Dprintingtechnology 13
1.5 Limitationsof3Dprinting 24
1.6 Futureandconclusions 26
References 28
2. Fabrication of microchannel for water treatment using 3D
printing
PrakashBobde,RaviKumarPatel,andLalitNagapurkar
2.1 General 39
2.2 3Dprintingofmicrochannel 40
2.3 Solidmodeling 40
2.4 Devicedesign 41
2.5 TMAanalyzer 51
2.6 Conclusion 52
References 52
3. Recent advances on 3D printing for wastewater treatment and
process optimization using artificial intelligence and machine
learning: updates and perspectives
S.Tripathy,D.K.Tripathy,andS.Samantaray
3.1 Introduction 55
3.2 Overviewandscope 56
3.3 Principles 60
3.4 Currentapplications 62
3.5 Applicationof3Dprintingforwatertreatmentusingmembranetechnology 64
3.6 Membranematerialsandtheirfabricationmethods 65
3.7 Advancedapplicationsof3Dprintingforwastewatertreatment 66
3.8 Optimizationandsustainabilityof3Dprintingtechnologyinwastewater
treatment 71
v
vi
Contents
3.9 Computationalintelligenttechniquesforcontrolandcostoptimizationof
wastewatertreatment 71
3.10 Futureprospectsandnextgenerationapplicationsofmachinelearningfor
wastewatertreatment 78
3.11 Summary 79
References 80
4. An overview of water pollutants in present scenario
SanthoshNaraseeyappaKuchangi,ManoharaHalanurMruthunjayappa,and
NatarajSannaKotrappanavar
4.1 Introduction 83
4.2 Sourceofpollutants 85
4.3 Emergingpollutants 95
4.4.Waterpurificationtechnologies 101
4.5 Conclusion 101
Acknowledgments 102
References 102
5. A brief overview on advances in water treatment process
AmitKumar,LeenaV.Bora,NikitaP.Chokshi,GajendraKenil,andMansuriZaid
5.1 Introduction 107
5.2 Suspendedsolidremoval 108
5.3 Adsorption 112
5.4 Movingbedbiofilmreactor(MBBR) 114
5.5 Solardesalination 116
5.6 Advancedoxidationprocesses 118
5.7 Reverseosmosis 124
5.8 Electrodialysis 126
References 127
Furtherreading 131
6. 3D-Printed membrane for water treatment
A.Manmadhachary,RoopaTulasi,andPriyankaChattoraj
6.1 Introduction 133
6.2 Waterpollutants 134
6.3 Membranesforwastewatertreatment 136
6.4 Wastewatertreatmentprocesses 137
6.5 Membranemodulesandselection 138
6.6 3Dprintingtechnology(additivemanufacturing) 139
6.7 3Dprintedmaterialsfordesalinationandmembraneseparation 141
6.8 Membraneseparation 141
6.9 Membranesforfiltration 143
6.10 Capsulesorbiocarriersforwastewater 145
6.11 Substratesforoil-waterseparation 146
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Contents
6.12 Dyedegenerationinwatertreatment 147
6.13 Useofgrapheneaerogelsinwaterfiltration 148
6.14 Useofceramicsinwatertreatment 149
6.15 Challengesof3Dprinting 150
6.16 Theoutlookforfuture 151
6.17 Conclusions 152
References 153
Furtherreading 156
7. Application of nanotechnology in water and wastewater
treatment and the vast vision for the future
SukanchanPalit,PratikDas,andPiyaliBasak
7.1 Introduction 157
7.2 Thevisionofthisstudy 158
7.3 Theneedandtherationaleofthisstudy 159
7.4 Thescientificdoctrineinthefieldofnanomaterialsandengineered
nanomaterialsandtheneedofsustainability 159
7.5 Whatexactlydowemeanwhenwesaynanoparticlesanddesigned
nanomaterials? 160
7.6 Environmentalsustainability,scientificprogress,andabroadvision
forthefuture 160
7.7 Recentscientificadvancesinenvironmentalpreservation,aswellasa
visionaryroadforward 161
7.8 Recentscientificadvancesintheapplicationofnanotechnologyin
waterandwastewatertreatment 166
7.9 Recentscientificadvancementsintheapplicationofenvironmental
sustainabilityinhumansocietyandtheroadahead 169
7.10 3Dprinting,devicedevelopment,andwatertreatmentapplications 172
7.11 Heavymetalandarsenicgroundwaterremediation,theapplicationof
nanotechnologyandthevisionaryfuture 174
7.12 Futurescientificrecommendationsandfutureflowofscientificideas 175
7.13 Conclusion,summary,andenvironmentalengineeringperspectives 176
References 177
8. 3D printed membranes for oil/water separation
SreelakshmiRajeevanandSoneyC.George
8.1 Introduction 181
Acknowledgments 190
References 190
9. Use of 3D printed techniques for organic pollutants removal
AshwaniKumar,SunilDutt,RajKumar,andSonika
9.1 Introduction 193
9.2 Organicpollutants:classificationandadverseeffects 196
viii
Contents
9.3 Techniquestodetectorganicpollutantsandtheirremoval 200
9.4 3Dprintedtechniquesfororganicpollutantdetectionandremoval 201
9.5 Advantagesof3Dprintedtechniques 205
9.6 Futureperspectivesof3Dprintedtechniques 206
9.7 Conclusion 207
References 207
10. Resource management using 3D printing technology
PritamDeyandSrimantaRay
Abbreviations 213
10.1 Introduction 213
10.2 Thesignificanceof3Dprinting 215
10.3 Currentapplicationsof3Dprintinginwatertreatment 217
10.4 Currenttrendingfieldswhere3Dprintingisemployedforwater
treatmentandwaterqualityanalysis 223
10.5 Summary 226
References 227
11. Sustainability of 3D printing in industry 4.0: A brief review
AdityaSachdeva,RashiAgrawal,ChetanChaudhary,DarshitSiddhpuria,
DeepanshuKashyapandSeimTimung
11.1 Industry4.0dpast,present,andfuture 229
11.2 3Dprinting 232
11.3 3DprintingandIndustry4.0dpotentialandfuturescope 246
11.4 Conclusions 247
References 249
Index 253
Contributors
RashiAgrawal SchoolofEngineering,UniversityofPetroleumandEnergy
Studies,Dehradun,Uttarakhand,India
L.AnandaShruthi DepartmentofChemicalEngineering,ManipalInstituteof
Technology,ManipalAcademyofHigherEducation,Manipal,Karnataka,India
PiyaliBasak SchoolofBioscienceandEngineering,JadavpurUniversity,
Kolkata,WestBengal,India
PrakashBobde UniversityofPetroleumandEnergyStudies,Dehradun,
Uttarakhand,India
LeenaV.Bora SchoolEngineering,NirmaUniversity,Ahmedabad,Gujarat,
India
PriyankaChattoraj DepartmentofMechatronics,ICFAITech,FacultyofScience
andTechnology,ICFAIFoundationforHigherEducation,Hyderabad,India
ChetanChaudhary SchoolofEngineering,UniversityofPetroleumandEnergy
Studies,Dehradun,Uttarakhand,India
NikitaP.Chokshi DepartmentofChemicalEngineering,InstituteofTechnology,
NirmaUniversity,Ahmedabad,Gujarat,India
PratikDas SchoolofBioscienceandEngineering,JadavpurUniversity,Kolkata,
WestBengal,India
PritamDey DepartmentofChemicalEngineering,NationalInstituteof
TechnologyAgartala,Agartala,Tripura,India
SunilDutt DepartmentofChemistry,Govt.PostGraduateCollegeUna,
HimachalPradesh,India
SoneyC.George CenterforNanoscienceandTechnology,AmalJothiCollegeof
Engineering,Koovappally,Kerala,India
ShikhaJain DepartmentofBiomedicalEngineering,ManipalInstituteof
Technology,ManipalAcademyofHigherEducation,Manipal,Karnataka,India
DeepanshuKashyap SchoolofEngineering,UniversityofPetroleumandEnergy
Studies,Dehradun,Uttarakhand,India
GajendraKenil DepartmentofChemicalEngineering,InstituteofTechnology,
NirmaUniversity,Ahmedabad,Gujarat,India
SanthoshNaraseeyappaKuchangi SustainableMaterialsandProcessesLab,
CentreforNano&MaterialSciences,JainGlobalCampus,JainUniversity,
Bangalore,Karnataka,India
AmitKumar DepartmentofChemicalEngineering,InstituteofTechnology,
NirmaUniversity,Ahmedabad,Gujarat,India
ix