book

Sustainable Construction, 5th Edition

by Charles J. Kibert

April 2022

Beginner to intermediate

656 pages

27h 23m

English

Wiley

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The Shifting Landscape of Green BuildingsThe Roots of Sustainable ConstructionThe Vocabulary of Sustainable Development and ConstructionRationale for High-Performance BuildingsState and Local Green Building InitiativesGreen Building Progress and ObstaclesTrends in High-Performance Green BuildingBook OrganizationSummary and ConclusionsNotesReferences
The Driving Forces for Sustainable ConstructionEthics and SustainabilityBasic Concepts and VocabularyMajor Environmental and Resource ConcernsThe Green Building MovementSummary and ConclusionsNotesReferences
Design Versus Ecological DesignContemporary Ecological DesignKey Green Building Publications: Early 1990sKey Thinking About Ecological DesignEvolving the Concept of Ecological DesignThermodynamics: Limits on Recycling and the Dissipation of MaterialsSynthesisSummary and ConclusionsNotesReferences

Purpose of Green Building Assessment SystemsMajor Green Building Assessment Systems Used in the USInternational Building Assessment SystemsSummary and ConclusionsNotesReferences
Brief History of LEEDStructure of the LEED Suite of Building Rating SystemsLEED CredentialsLEED v4.1 Structure and ProcessGreen Building Certification Institute Relationship to the USGBC and LEEDLEED Certification ProcessLEED Building Design and Construction Rating SystemRegional PrioritySummary and Conclusions
Green Globes Building Rating ToolsStructure of Green Globes for New ConstructionSection 1: Project Management (100 Points)Section 2: Site (150 Points)Section 3: Energy (260 Points)Section 4: Water (190 Points)Section 5: Materials (150 Points)Section 6: Indoor Environment (150 Points)Green Globes Assessment and Certification ProcessGreen Globes Professional CredentialsSummary and Conclusions
Conventional Versus Green Building Delivery SystemsHigh-Performance Green Building Delivery SystemExecuting the Green Building ProjectOwner Issues in High-Performance Green Building ProjectsSetting Priorities and Making Other Key Initial DecisionsSelecting the Green Building TeamRole of the LEED Accredited Professional or Green Globes Professional in the ProcessIntegrated Design ProcessRole of the Charrette in the Design ProcessGreen Building Documentation RequirementsLEED DocumentationGreen Globes DocumentationSummary and ConclusionsNotes
Land and Landscape Approaches for Green BuildingsLand Use IssuesSustainable LandscapesGreen, or Living, RoofsVertical LandscapingEnhancing EcosystemsStormwater ManagementLow-Impact DevelopmentHeat Island MitigationLight Trespass and Pollution ReductionAssessment of Sustainable Sites: The Sustainable Sites InitiativeSummary and ConclusionsNotesReferences
Building Energy IssuesHigh-Performance Building Energy Design StrategiesHvac SystemsWater-Heating SystemsElectrical Power System ComponentsInnovative Energy Optimization StrategiesSmart Buildings and Energy Management Systems (EMS)Ozone-Depleting Chemicals in HVAC SystemsNotesReferences
Global Water Resource DepletionHydrologic Cycle TerminologyBenefits of Water EfficiencyHigh-Performance Building Hydrologic StrategyBuilding Plumbing Fixtures and ControlsNonpotable Water SourcesWastewater StrategiesBaseline Water Model ExampleUse of Low-Flow Fixture StrategyUse of Alternative Water Sources StrategySummary and ConclusionsNotesReferences
The Challenges of Materials and Product SelectionIssues in Green Building Materials and Product SelectionSelecting Building Materials and Products with a Focus on a Closed-Loop Materials SystemLife-Cycle AssessmentMaterials and Product CertificationKey and Emerging Construction Materials and ProductsDesign for Deconstruction and DisassemblySummary and ConclusionsNotesReferences
Human Impact on the Biogeochemical Carbon CycleClimate Change and the Carbon CycleClimate Change MitigationDefining the Carbon Footprint of the Built EnvironmentReducing the Carbon Footprint of the Built EnvironmentCarbon Neutrality and its Applicability to BuildingsFocusing on Mitigating Project Climate Change ImpactsNotesReferences
Indoor Environmental Quality: The IssuesIntegrated IEQ DesignAddressing the Main Components of Integrated DesignHVAC Systems and IEQEmissions from Building MaterialsThe Well and Fitwel Building StandardsSummary and ConclusionsNotesReferences
Site Protection PlanningManaging Indoor Air Quality during ConstructionConstruction Materials ManagementConstruction and Demolition Waste ManagementCommissioningSummary and ConclusionsNoteReferences
General ApproachThe Business Case for High - Performance Green BuildingsEconomics of Green BuildingQuantifying Green Building BenefitsManaging First CostsTunneling through the Cost BarrierSummary and ConclusionsNotesReferences
Resilience Concepts and ScopeCodes and Standards for Built Environment ResilienceDesigning Resilient BuildingsGreen Building Assessment and ResilienceCommunity ResilienceReferences
Articulating Performance Goals for High-Performance Green BuildingsThe ChallengesRevamping Ecological DesignToday's Cutting EdgesSummary and ConclusionsNotesReferences
Section 1: Project Management (100 Points)Section 2: Site (150 Points)Section 3: Energy (260 Points)Section 4: Water (190 Points)Section 5: Materials (150 Points)Section 6: Indoor Environment (150 Points)
WELL Building Standard® Features MatrixFitwel Building Standard® Features Matrix
Summary of Sites Categories, Prerequisites, Credits, and Points

Content preview from Sustainable Construction, 5th Edition

Index

NOTE: Page references in italics refer to figures, photos, and tables.

A
Abbreviations/acronyms, key to, 601–605
Aberdeen Proving Grounds (Maryland), 324
Acidification, 59–60
Acoustic comfort, 437, 454–460, 455–457, 460
Adaptive management, 100–101
ADP Ingénierie, 140
Air-Conditioning, Heating, and Refrigeration Institute (AHRI), 283
Air distribution systems, 282
Air Force Institute of Technology, 504
Air quality
- indoor, overview, 435 (See also Indoor environmental quality)
- managing indoor air quality during construction, 486–488, 486–489
Allen Lambert Galleria and Atrium (Brookfield Place, Toronto), 102, 103
Allergic reactions, 444
Alternative water sources strategy, 339–348
- combination low-flow fixture strategy and, 339, 340
- landscaping water efficiency, 341–348, 342–348
- sustainable stormwater management, 340–341
- water budget rules of thumb (heuristics), 339–340
Aluminum, 383–384
American Farmland Trust, 224, 224–225
American Institute of Architects (AIA)
- Committee on the Environment, 65
- Environmental Resource Guide, 67
- execution of high-performance green building projects, phases, 201–202
- green building design process, 201–202
- Integrated Project Delivery (2014), 199
- sustainable site and landscape, 249

American National Standard Acoustical Performance Criteria, Design Requirements, and Guidelines for Schools (2010), 458–459
American National Standards Institute (ANSI), 68, 180
American Society for Testing and Materials (ASTM), 68, 145, 469
American ...