Preface | p. xi |
Introduction to Green Building Fundamentals | p. 1 |
Reference and Resources for Further Study | p. 4 |
Sustainability and the Building Industry | p. 5 |
The Triple Bottom Line | p. 5 |
The Environmental Imperative | p. 5 |
The Economic Imperative | p. 7 |
The Social Imperative | p. 8 |
References and Resources for Further Study | p. 10 |
Sustainable Design and Green Building | p. 11 |
Sustainable Design Practices | p. 11 |
Benefits of Sustainably Designed Projects | p. 15 |
Designing High-Efficiency Buildings | p. 17 |
Reduce, Reuse, and Recycle Building Materials | p. 17 |
Natural Resource Use Reduction | p. 17 |
Green Building Practices | p. 19 |
LEED, Follow, or Get Out of the Way | p. 20 |
References and Resources for Further Study | p. 22 |
Evaluating Cost Implications of Green Building | p. 23 |
Cost Implications of Green Building | p. 23 |
Evaluating "Soft" Costs | p. 25 |
Evaluating Capital Costs and Initial Investment | p. 26 |
Life-Cycle Cost and Long-Term Investment Considerations | p. 27 |
Selling and Renting LEED Buildings | p. 28 |
Long-Term Cost Benefits Due to User Productivity | p. 28 |
Building Energy and Water Consumption | p. 29 |
References and Resources for Further Study | p. 30 |
Site Development Considerations | p. 31 |
Evaluating the Project Site | p. 31 |
Developing Damaged Sites | p. 33 |
Brownfield Site Remediation Strategies | p. 34 |
Air Sparging | p. 34 |
Bio Plugs | p. 34 |
Bioremediation | p. 35 |
Bioventing | p. 35 |
Electrokinetic Remediation | p. 35 |
Soil Flushing | p. 35 |
Chemical Oxidation | p. 35 |
Phytoremediation | p. 35 |
Solar Detox | p. 35 |
Encouraging Alternative Transportation Use | p. 35 |
Reducing Disturbance to Natural Ecosystems | p. 37 |
Reducing Heat Island Effects on Ecosystems | p. 37 |
Reducing Pollution from Building and Site Lighting | p. 39 |
Maximizing Efficiency by Using Building Orientation | p. 39 |
References and Resources for Further Study | p. 41 |
Managing Site Water Runoff | p. 43 |
Managing Erosion and Controlling Sedimentation | p. 43 |
Effective Strategies for Stormwater Management | p. 49 |
References and Resources for Further Study | p. 52 |
Improving a Project's Water Use Efficiency | p. 53 |
Improving Water Use Efficiency | p. 53 |
Water-Efficient Landscaping | p. 53 |
Water-Efficient Buildings | p. 54 |
Recycling Wastewater | p. 55 |
Wastewater Retention and Reuse | p. 56 |
Rainwater Reuse | p. 57 |
Infiltration Systems | p. 58 |
Reuse Systems | p. 58 |
Greywater Reuse from Buildings | p. 59 |
References and Resources for Further Study | p. 60 |
Improving a Building's Energy Efficiency | p. 61 |
Efficient Energy Use for Building Systems | p. 61 |
Heating and Cooling Systems | p. 61 |
Passive Solar Heating and Cooling | p. 62 |
Direct Heat Gain | p. 63 |
Indirect Heat Gain | p. 64 |
Isolated Heat Gain | p. 65 |
Maximizing Energy Performance | p. 65 |
References and Resources for Further Study | p. 67 |
Using Renewable Energy Sources | p. 68 |
Renewable Energy Sources | p. 68 |
Green Power | p. 70 |
Wind Farms | p. 70 |
Photovoltaic Power Plants | p. 72 |
Solar Thermal Power Plants | p. 74 |
Geothermal Power Plants | p. 75 |
Hydroelectric Power Plants | p. 76 |
Tidal-Surge-Powered Electricity | p. 76 |
Biomass Power Sources | p. 77 |
Tidal Power Sources | p. 77 |
References and Resources for Further Study | p. 77 |
On-Site Power Generation Using Renewable Energy Sources | p. 79 |
Photovoltaic (PV) Power Generation | p. 79 |
Electricity Storage with PV Systems | p. 81 |
Grid-Connected PV Systems | p. 81 |
Building-Mounted PV Systems | p. 83 |
Site-Mounted PV Arrays | p. 84 |
Building-Integrated Photovoltaics | p. 85 |
Financial Incentives for On-Site Solar Power Generation | p. 87 |
Subsidies | p. 87 |
Net Metering | p. 87 |
Feed-in Tariffs | p. 87 |
Biomass Power Systems | p. 88 |
Geothermal Power Systems | p. 88 |
Wind Turbine Power Systems | p. 89 |
Turbine Configuration | p. 90 |
Hybrid Renewable Energy Systems | p. 92 |
References and Resources for Further Study | p. 93 |
Improving a Building's Material Use | p. 94 |
Reusing Existing Building Stock | p. 94 |
Selecting Building Materials | p. 94 |
Building Materials That Have Recycled Content | p. 95 |
Material Transportation Impacts | p. 95 |
Building Materials That Are Made from Rapidly Renewable Resources | p. 96 |
Recycling Construction Waste | p. 97 |
References and Resources for Further Study | p. 98 |
Improving a Building's Indoor Environment Quality | p. 99 |
Ventilation Systems for Improved Indoor Air Quality | p. 99 |
Measuring Indoor Air Quality | p. 99 |
Mechanical Ventilation Systems | p. 100 |
Passive Ventilation Systems | p. 100 |
Cross-Ventilation | p. 101 |
Stack Ventilation | p. 101 |
Hybrid Integrated Ventilation Systems | p. 102 |
Methods for Improving Indoor Air Quality During Construction | p. 103 |
Construction Air Quality Control Plan | p. 103 |
Improving Air Quality During Construction | p. 103 |
References and Resources for Further Study | p. 104 |
Improving the Building Industry's Environmental Performance: The USGBC's LEED Green Building Rating System | p. 105 |
Sustainability and the USGBC's LEED Green Building Rating System | p. 105 |
The U.S. Green Building Council | p. 106 |
USGBC Guiding Principles | p. 106 |
The LEED Green Building Rating System | p. 106 |
The Future of LEED | p. 108 |
Becoming a LEED-Accredited Professional | p. 108 |
Building Certification | p. 110 |
References and Resources for Further Study | p. 112 |
Improving Individual Environmental Performance: Becoming a LEED-Accredited Professional (LEED[subscript AP]) | p. 113 |
LEED-Accredited Professional Programs and Qualifications | p. 113 |
Preparing for the LEED-NC Accreditation Exam | p. 114 |
Focused Study Plan | p. 114 |
USGBC Reference Guide | p. 116 |
Time Line for LEED Implementation | p. 118 |
Additional Study Sources | p. 118 |
Exam Format | p. 119 |
Exam Specifications | p. 119 |
Checklist: Knowledge of LEED Credit Intents and Requirements | p. 119 |
Checklist: Coordinate Project and Team | p. 119 |
Checklist: Implement LEED Process | p. 119 |
Checklist: Verify, Participate In, and Perform Technical Analyses Required for LEED Credits | p. 120 |
Study Assessment Guide | p. 120 |
LEED-NC Version 2.2 Registered Project Checklist | p. 123 |
Leadership in Energy and Environmental Design (LEED) Green Building Rating System LEED Reference Guide Study Outline | p. 126 |
LEED-NC Version 2.2 Professional Accreditation Study Assessment Guide | p. 128 |
Study Assessment Guide Answer Key and Focused Study Resources | p. 143 |
Index | p. 175 |
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