Bio-based materials and biotechnologies for eco-efficient construction

416 Pages·2020·26.046 MB·English

by  Ivanov, Volodymyr, Torgal, Fernando Pacheco, Tsang, Daniel C. W

Bio-Based Materials
and Biotechnologies
for Eco-Efficient Construction
Woodhead Publishing Series in Civil and
Structural Engineering
Bio-Based Materials
and Biotechnologies
for Eco-Efficient
Construction
Edited by
Fernando Pacheco-Torgal
Volodymyr Ivanov
Daniel C.W. Tsang
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Contents
Listofcontributors xi
1 Introductiontobiobasedmaterialsandbiotechnologiesforeco-efficient
construction 1
F.Pacheco-Torgal
1.1 Sustainabilitychallenges,resourceefficiency,andthebioeconomy 1
1.2 Biobasedmaterialsandbiotechnologiesforeco-efficientconstruction 3
1.3 Outlineofthebook 9
References 11
Furtherreading 15
Part I Bio-Based Materials and Biotechnologies for
Infrastructure Applications 17
2 Biobasedpolymersformitigatingearly-andlate-agecrackingin
concrete 19
AnastasiaN.AdayandWilV.SrubarIII
2.1 Introduction 19
2.2 Superabsorbentpolymers:applicationsandmaterials 21
2.3 Effectofsuperabsorbentpolymersonfresh-andhardened-state
propertiesofconcrete 23
2.4 Naturalpolymersforhybridandbiobasedsuperabsorbentpolymers 29
2.5 Currenttrendsandopportunities 32
2.6 Conclusion 35
References 36
3 Influenceoftwocommercialsuperplasticizersandabiopolymer
ontheperformanceofwaste-basedalkali-activatedmortars 43
Z.Abdollahnejad,M.KheradmandandF.Pacheco-Torgal
3.1 Introduction 43
3.2 Experimental 44
3.3 Resultsanddiscussion 49
3.4 Conclusion 64
Acknowledgment 64
References 64
vi Contents
4 Fire-retardantbioproductsforgreenbuildings 67
NadirYildirim,FatmaSaimeErdonmez,ErtanOzen,ErkanAvci,Mehmet
Yeniocak,Mehmet Acar,BerkDalkilicandMehmetEminErgun
4.1 Introductiontogreenbuildings 67
4.2 Bioinsulationproductsforgreenbuildings 70
4.3 Bio-basedfireretardants 73
4.4 Futuretrends 75
4.5 Conclusionandsuggestions 76
References 76
Furtherreading 79
5 Propertiesofasphaltbinderandmixturecontainingbioasphalt
derivedfromcastor 81
MenglanZeng,HaozhiPan,WeiTian,JunfengLiandJieZhou
5.1 Introduction 81
5.2 Conventionalpropertiesofasphaltbindermodifiedwithcastor
bioasphalt 83
5.3 Performancepropertiesofasphaltbindermodifiedwithcastor
bioasphalt 86
5.4 Servicepropertiesofasphaltmixturewithcastorbioasphalt-modified
asphaltbinder 91
5.5 Performancepropertiesofasphaltbinderrejuvenatedwithcastor
bioasphalt 94
5.6 Summary 99
References 100
Part 2 Bio-Based Materials and Biotechnologies For
Building Energy Efficiency 103
6 Performanceofbio-basedinsulationmaterialsinanoldbuilding
envelopesystem 105
SophieClaude,StephaneGinestet,MarionBonhommeand
GillesEscadeillas
6.1 Introduction 105
6.2 Materialsandmethodsforcharacterizationinthelaboratory 106
6.3 Insituinstrumentation 110
6.4 Wallthermalbehavioranalysis 115
6.5 Indoorthermalcomfortalteration 121
6.6 Conclusion 126
Funding 126
References 127
Contents vii
7 Tiliasp.’spruningresidueswoodpanelsforthermalinsulation 129
DavidGrohmann,FrancescoProsperiandMariaElenaMenconi
Highlights 129
7.1 Introduction 129
7.2 Compositematerials—woodfibersandbinders 132
7.3 Casestudy 133
7.4 Conclusionandfuturedevelopments 142
References 143
Furtherreading 148
8 Buildinginsulationmaterialsbasedonagriculturalwastes 149
FlorindoGaspar,AliaksandrBakatovich,NadezhdaDavydenkoand
ArpanJoshi
8.1 Introduction 149
8.2 Agriculturalwastes 150
8.3 Manufacturingprocesses 155
8.4 Properties 157
8.5 Conclusion 165
Acknowledgment 166
References 166
9 Propertiesofclayplasterswitholivefibers 171
StefaniaLiuzzi,ChiaraRubinoandFrancescoMartellotta
9.1 Introduction 171
9.2 Clayandolivefibers:therawmaterials 172
9.3 Experimentalstudy 175
9.4 Casestudy:anumericalsimulation 180
9.5 Conclusion 183
References 184
10 ThermalinsulationbiomaterialbasedonHydrangeamacrophylla 187
JuanPabloCa´rdenas-R
10.1 Introduction 187
10.2 MorphologyandcharacterizationofHydrangeamacrophylla
bioaggregate 189
10.3 ApplicationsofMacrophyllabiopolymerforbuildingmaterials 193
10.4 Conclusion 198
10.5 Futuretrends 199
10.6 Sourcesoffurtherinformationandadvice 200
References 200
11 Bio-basedphase-changematerials 203
R.Naresh,R.ParameshwaranandV.VinayakaRam
11.1 Introduction 203
11.2 Overviewoflatentthermalenergystorageinbuildings 204
viii Contents
11.3 Bio-basedphase-changematerialsforthermalenergystorage 206
11.4 Microencapsulatedbio-basedphase-changematerials 232
11.5 Meritsandchallenges 236
11.6 Futurescopeandtrends 236
References 236
12 Buildingintegratedphotobioreactor 243
E.S.UmduandYasarUniv
12.1 Introduction 243
12.2 Microalgaecultivationandharvesting 244
12.3 Typesofbioreactors 248
12.4 Synergiesandbuildingintegration 250
12.5 Challengesandlimitations 255
12.6 Sourcesoffurtherinformationandadvice 256
References 257
Part 3 Bio-based materials and biotechnologies for other
applications 259
13 Biotechnologyforsoildecontamination:opportunity,challenges,and
prospectsforpesticidebiodegradation 261
YuqingSun,ManishKumar,LeiWang,JuhiGuptaandDanielC.W.Tsang
13.1 Introduction 261
13.2 Microorganismsinvolvedinremovalanddegradationofpesticides 262
13.3 Chemistryofpesticides,biologicalmechanism,andresponsible
enzymes 266
13.4 Strategiesforenhancingtheremovalanddegradationofsoil
contaminants 266
13.5 Biodegradationtechnologiesanditsrealfieldapplication 270
13.6 Advancedtoolsandtechnologicapproachinthefieldof
bioremediation 272
13.7 Microbial-remediation:opportunityandchallenges 275
13.8 Conclusionsandprospects 275
References 276
14 Sustainablecarbohydrate-derivedbuildingmaterials 285
XinniXiong,LeiWang,IrisK.M.YuandDanielC.W.Tsang
14.1 Introduction 285
14.2 Typesofcarbohydrate-derivedbuildingmaterials 286
14.3 Productionofcarbohydrate-derivedmaterials 290
14.4 Emergingapplicationsofcarbohydrate-derivedbuildingmaterials 292
14.5 Advantagesandlimitationsofcarbohydrate-derivedbuilding
materials 298
14.6 Futureoutlook 299
References 301
Contents ix
15 Botanicalbiofiltrationforreducingindoorairpollution 305
RobertFleck,ThomasJ.Pettit,AshleyN.J.Douglas,PeterJ.Irgaand
FraserR.Torpy
15.1 Introduction/history 305
15.2 Indoorairquality 305
15.3 Existingsolutionstoindoorairqualityproblems 309
15.4 Biologicalsolutionstoindoorairqualityproblems 310
15.5 Conclusion 319
References 319
16 Cellulose(cid:1)TiO compositesfortheremovalofwaterpollutants 329
2
HeshamHamad,EstherBailo´n-Garcı´a,SergioMorales-Torres,
Agustı´nF.Pe´rez-Cadenas,FranciscoCarrasco-Marı´nand
FranciscoJ.Maldonado-Ho´dar
16.1 Introduction 329
16.2 Photocatalystsfrombiomass:TiO /cellulosehybridcomposites 333
2
16.3 PhotocatalyticperformanceofTiO compositesbasedoncellulose 342
2
16.4 Conclusionandfutureperspectives 347
Acknowledgments 348
References 348
17 Environmentalsafetyofbiotechnologicalmaterialsandprocesses 359
VolodymyrIvanovandViktorStabnikov
17.1 Introduction 359
17.2 Environmentalhazardsofmicrobialbiomaterialsandbioprocesses 359
17.3 Biosafetyofconstructionbiomaterialsandbioprocesses 361
17.4 Environment-friendlyandbiosafebiocements 364
Acknowledgments 369
References 369
Furtherreading 375
18 Biotechnologicalimmobilizationofchemical,biological,and
radioactivepollutantsonlandandinfrastructuredemolitionwaste
afterindustrialaccident,militaryaction,orterroristattack 377
ViktorStabnikov,VolodymyrIvanovandAshokVaseashta
18.1 Introduction 377
18.2 StagesandtypesofbiotechnologicaldecontaminationofCBRN
pollutedlandandinfrastructure 378
18.3 Immobilizationofthepollutantsusingmicrobiallyinduced
calciumcarbonateprecipitation 379
18.4 Environment-friendlybiotechnologiesforimmobilizationof
CBRNagents 384
18.5 Evaluationofbiotechnologicaldecontaminationcost 387
Acknowledgments 387
References 388
Furtherreading 393
Index 395
List of contributors
Z. Abdollahnejad C-TAC Research Centre, University of Minho, Guimara˜es,
Portugal
Mehmet Acar Department of Woodworking Industrial Engineering, Mugla Sıtkı
Koc¸manUniversity,Mentes¸e,Turkey
Anastasia N. Aday Materials Science and Engineering Program, University of
ColoradoBoulder,Boulder,CO,UnitedStates
Erkan Avci Department of Woodworking Industrial Engineering, Mugla Sıtkı
Koc¸manUniversity,Mentes¸e,Turkey
Esther Bailo´n-Garc´ıa Carbon Materials Research Group, Department of Inorganic
Chemistry,FacultyofSciences,UniversityofGranada,Granada,Spain
AliaksandrBakatovich PolotskStateUniversity,Novopolotsk,Belarus
Marion Bonhomme LMDC, University de Toulouse, INSA, UPS, Toulouse,
France
Juan Pablo Ca´rdenas-R Department of Civil Engineering, Faculty of Engineering
andSciences,UniversityofLaFrontera,Temuco,Chile
Francisco Carrasco-Mar´ın Carbon Materials Research Group, Department of
InorganicChemistry,FacultyofSciences,UniversityofGranada,Granada,Spain
SophieClaude LMDC,UniversitydeToulouse,INSA,UPS,Toulouse,France
Berk Dalkilic Department of Woodworking Industrial Engineering, Mugla Sıtkı
Koc¸manUniversity,Mentes¸e,Turkey
NadezhdaDavydenko PolotskStateUniversity,Novopolotsk,Belarus
Ashley N.J. Douglas Plants and Environmental Quality Research Group, Faculty
of Science, Faculty of Engineering and Information Technology, University of
TechnologySydney,Ultimo,NSW,Australia