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Produktbild: Carbon

Carbon A Field Manual for Building Designers

53,99 €

inkl. gesetzl. MwSt., Versandkostenfrei

Beschreibung

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

23.09.2022

Verlag

John Wiley & Sons Inc

Seitenzahl

272

Maße (L/B/H)

26/20,5/2,1 cm

Gewicht

750 g

Auflage

1. Auflage

Sprache

Englisch

ISBN

978-1-119-72076-8

Beschreibung

Rezension

"This is a must-read book. It achieves the rare outcome of being a successful volume for design practitioners (who should know what to do) as well as design students (who don't yet know what to do). But it is also very useful to educators, policymakers, engineers, local authorities, industry professionals and - really - anyone who takes seriously the sheer impacts caused by the global built environment to ecosystems, biodiversity, greenhouse gas (GHG) emissions, land use, urban fabric transformation, energy demand, social shifts and implications for the lives of millions who live in, or at the margins of, it."
--Francesco Pomponi, Buildings & Cities
 
"A recommendable book to get started with LCA in building construction with focus on CO2 or carbon as well as concepts for decarbonization.... The basic LCA aspects are presented in an easy to follow manner.... Also worth to mention: many specific LCA terms which are helpful in discussing with LCA experts such as cradle-to-gate, end-of-life, end-of-waste or closing the loop are addressed in easy to understand words."
--nbau, NACHHALTIG BAUEN "Its explanatory tone runs like a seam through this book; copiously illustrated in black and white and on a thin, uncoated paper that intimates the authors' awareness of its own carbon footprint. It's worth it alone just for Chapter 3, 'Case Studies in Decarbonisation'"
--The RIBA Journal

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

23.09.2022

Verlag

John Wiley & Sons Inc

Seitenzahl

272

Maße (L/B/H)

26/20,5/2,1 cm

Gewicht

750 g

Auflage

1. Auflage

Sprache

Englisch

ISBN

978-1-119-72076-8

EU-Ansprechpartner

Zeitfracht Medien GmbH
Ferdinand-Jühlke-Straße 7
99095 Erfurt
DE
produktsicherheit@zeitfracht.de

Herstelleradresse

Wiley & Sons
1 Oldlands Way
PO22 9NQ Bognor Regis
GB
trade@wiley.com

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Die Leseprobe wird geladen.
  • Produktbild: Carbon
  • Preface 2 Chapter 1. Carbon? 10 Our Carbon Challenge 11 Building Elements 12 King Carbon 13 A Global Carbon Budget 14 The Carbon Cycle in Building History 16 Carbon Flows in Building 17 Stanching the Flow 19 Time Management in Carbon Mitigation 21 Re-balancing the planet: agency and opportunity 23 About this book 25 Visualizing carbon flows 26 Chapter 2: MEASURING CARBON FLOWS 28 Life cycle assessment - what´s in it for building designers? 29 An opportunity 29 Carbon measurement for carbon management 30 The fundamental concepts 31 The approach 31 Lifecycle boundaries, scales, and periods 32 Operational and embodied impacts 35 The stages of the building life-cycle 37 Assessment methods 40 Standards 41 The process of life cycle assessment 43 Defining the goal and scope of assessment 43 Setting the system boundaries: What to include? 44 Life cycle scenarios 49 Sensitivity analysis 51 Cut off rules 52 The production stage 53 Materials make a difference 53 Calculating the carbon flows in the production phase 54 Inventory of materials 55 Data for material-related emissions 57 Reducing the carbon footprint in the production stage 61 The construction stage 62 From material components and products to the building system 62 Construction method 65 The use stage 69 Embodied and operational impacts 69 Emissions from the use of energy and water 70 Service life 74 Other emissions (and potential removals) during the use phase 79 End-of-life stage 81 End-of-life scenarios 81 Deconstruction 82 Transport 83 Landfilling and decomposition 83 End-of-waste 84 Closing the loop 85 Results, interpretation and comparison 86 Describing the dominance of life cycle phases 86 Sensitivity analysis 87 Comparing impact estimates 88 Limits of a Lifecycle Approach 89 The streamlined life cycle assessment for buildings 90 Chapter 3: Case Studies in Decarbonization 95 Notes from the field 95 How were the calculations performed? 97 Material inventories 97 Carbon footprints 97 Biogenic carbon neutrality of wood 98 Carbonation of concrete 98 Accumulation of carbon into plants and soil 98 Mitigation potential 99 Common Ground High School 100 Summary of total carbon emissions, storages and circulation potential 105 Common Ground High School: Key figures 107 Materials 109 Site and ground works 110 Foundations and ground floor 112 Structural frame 113 Facades and external decks 115 Roofs 116 Internal dividers 118 Space surfaces 119 Internal fixtures 121 Building system installations 123 Mitigation potential from materials and systems 125 Energy-related emissions 126 Puukuokka Housing Block 130 Puukuokka One apartment building 130 Summary of total carbon emissions, storages and circulation potential 135 Puukuokka One: Key figures 137 Materials 139 Site and ground works 139 Foundations and ground floor 141 Modular units 143 Hallway 145 Facades 147 Roofs 148 Building service installations 150 Mitigation potential from materials and systems 151 Energy 152 Comparison of the case studies 154 What causes the differences? 154 Buildingtypology 157 Physical features and structural solutions 157 Location and weather 158 Regulations 159 Comparison of the emissions 159 Introduction 164 So many things to consider... 165 The building design process 166 A context of externalities: preconditions of the decarbonized design process 168 De-carbonization: challenges and opportunities 170 Points of inflection and influence in the building lifecycle. 170 The decarbonized design process 171 A note of caution: benefits and pitfalls of check-list thinking 171 A low-carbon concord 172 Some basic rules of engagement 173 Phases of decarbonized building design 174 The predesign or project preparation phase 174 Laying the groundwork for decarbonized building design (especially for developers and clients) 175 Building context 181 Programming a low-carbon building 182 Anticipating the lifespan of a building 183 The conceptual or schematic design phase 185 Right-sizing the building 186 Low-carbon siting 186 Shape matters 187 Volumetric efficiency 187 Volumetric Simplicity 188 Optimizing daylight 188 Operational energy consumption (and generation) 189 Tectonics and materiality 190 Inspiring and promoting good behavior 191 The design development phase 191 Decarbonizing building material 192 Decarbonizing the production stage: Material priorities 192 Material classes and their carbon consequences 194 The decarbonized building assembly 200 Decarbonizing the use stage: energy consumption, airtightness, and thermal performance 201 Detailing for disassembly in the building's end-of-life stage 202 The later design phases: contract documentation, bidding and negotiation, and construction administration 206 What happens after construction? (one more design phase to consider) 208 CHAPTER 4: Principles of Decarbonized Design 209 1. Simplify 209 2. Reduce weight 210 3. Minimize disturbance 210 4. Optimize ecosystem services 211 5. Re-use 211 6. Design for Durability and then Reversibility 212 7. Keep track of time and distance 212 8. Share 214 9. Store Carbon 214 10. Decouple 215 Understanding design agency: shifting roles and responsibilities 216 CHAPTER 5: Re-Forming the Anthropocene 219 5.1 Beyond sustainable 219 Making more than measurements 219 Thinking outside the building lifecycle 220 Making a carbon handprint 225 Re-forming the Anthropocene 228 Decoupling 229 Simplification 231 A new role for architecture 235 A new role for design and building education 238 Inspiration and influence 240 Anthropocene re-formed 241 References 243 Glossary 252 Acknowledgements 258