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  • Formaat: 272 pages
  • Ilmumisaeg: 30-Mar-2022
  • Kirjastus: Routledge
  • ISBN-13: 9781000540628

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Microalgae architecture has gained awareness for its biotechnical potential to achieve net-zero energy architecture while also promoting ecological sustainability and occupant well-being. Microalgae Building Enclosures: Design and Engineering Principles aims to provide design, engineering, and biotechnical guidelines for microalgae building enclosures that need to be considered for symbiotic relations among the built environment, humans, and ecosystems.

Part I of the book introduces the theoretical background of microalgae as a bioremediator and future energy system and their potential roles toward sustainable and healthy built environments. Part II exemplifies interventions and multiple benefits of microalgae systems in product, architecture, urban, and infrastructure applications across the globe including Africa, Asia, Australia, Europe, South America, and North America. Part III explains the design and engineering criteria, biotechnical design requirements, and various performance metrics for microalgae architecture. Finally, Part IV investigates potential building applications in low-rise buildings, high-rise buildings, and energy-efficient retrofitting. The book also includes international case studies of microalgae building systems within various building types and climates.

As one of the first books to comprehensively cover this emerging area of microalgae building enclosures, Microalgae Building Enclosures is an essential source for professionals and students looking to expand architectural discourse on nature integrated building systems to achieve the triple bottom line of sustainability.
List of Figures
vii
List of Tables
xvi
Acknowledgments xvii
Part I Microalgae Architecture Introduction
1(54)
1 Sustainable Development
3(22)
1.1 I = f (P,A,T)
3(7)
1.2 Carbon-Neutral Built Environment
10(6)
1.3 Building Lifecycle
16(9)
Summary
20(5)
2 Why Microalgae?
25(12)
2.1 Aerospace Applications
28(1)
2.2 Biofuel Applications
29(2)
2.3 Bioelectricity Applications
31(1)
2.3 High-Value Bioproducts
32(5)
Summary
33(4)
3 The New Symbiotic Architecture
37(18)
3.1 Microalgae and Air Quality
38(4)
3.2 Microalgae and Water Quality
42(5)
3.3 Microalgae and Soil Quality
47(8)
Summary
49(6)
Part II Microalgae Architecture Case Studies
55(56)
4 Microalgae Infrastructure Intervention
57(17)
Summary
72(2)
5 Urban Intervention
74(12)
Summary
84(2)
6 Architecture Intervention
86(13)
Summary
97(2)
7 Product Intervention
99(12)
Summary
109(2)
Part III Microalgae Building Enclosure Design
111(110)
8 Biotechnical Design Criteria
113(50)
8.1 Environmental Conditions
113(5)
8.2 Bioreactor Design and Operation
118(45)
Summary
122(41)
9 Bioclimatic Design Overview
163(24)
9.1 Microalgae Architecture Bioclimatic Design
163(3)
9.2 Energy Attributes of Microalgae Building System
166(3)
9.3 Energy Efficiency and Environmental Performance
169(2)
9.4 Full-scale Performance Mock-up
171(16)
Summary
176(11)
10 Microalgae Facade Design
187(34)
10.1 Design and Engineering of Microalgae Enclosures
187(5)
10.2 Microalgae Enclosure Examples
192(1)
1 Divided Typology©
192(6)
2 Inflated Typology©
198(1)
3 Stranded Typology©
198(5)
4 Suspended Typology©
203(5)
5 Woven Typology©
208(4)
10.3 Post-Cultivation Processing
212(9)
Summary
218(3)
Part IV Microalgae Building Enclosure Applications
221(24)
11 Microalgae Low-rise Buildings
223(9)
11.1 Microalgae Enclosures for Residential Energy Efficiency
223(3)
11.2 Microalgae Enclosures for Children's Well-being and School Performance
226(2)
11.3 Key System Development Approaches
228(4)
Summary
229(3)
12 Microalgae Tall Buildings
232(6)
12.1 Microalgae Curtain Wall
232(1)
12.2 Vertical Landscape
233(2)
12.3 Microalgae System's Effect on User Responses
235(3)
Summary
236(2)
13 Microalgae Retrofitting Buildings
238(7)
13.1 Tall Building Enclosure Retrofitting
238(2)
13.2 Low-rise Enclosure Retrofitting
240(5)
Summary
243(2)
Conclusions 245(2)
Index 247
Kyoung Hee Kim, PhD, AIA, NCARB, is a practicing architect, engineer, and entrepreneur. She is an Associate Professor of the School of Architecture and the Director of the Integrated Design Research Lab at the University of North Carolina at Charlotte. Kim, a registered architect in North Carolina, is the founder of Ecoclosure, a university spin-off, and a design principal at Hui Kim Design and Architecture (HK DnA) based in Charlotte, NC. She has developed sustainable, regenerative building technologies toward net zero energy architecture funded by NSF, American Institutes of Architects, and institutional grants. As a facade consultant at Front Inc (20072017), Professor Kim engaged in over 50 institutional, cultural, residential, commercial, and governmental projects around the world.