Sustainable architecture and design Books

Book SynopsisWhat makes building materials sustainable? How can we reduce how much "grey energy" is produced in the building process? And how does a Life Cycle Analysis work? These are questions which are becoming increasingly more common in the context of sustainable construction. The DETAIL Green Book Sustainable construction techniques offers a thorough guide to ecological building design and sustainable construction methods, which will be particularly valuable for architects. The authors provide an overview of the most relevant databases and certification standards for building products and illustrate how a Life Cycle Analysis is conducted. They also identify key ways of optimising the planning process in line with ecological criteria, while offering advice for the selection of building materials and elements. Detailed documentation from five buildings constructed in Europe and North America serve to illustrate the associated assessment processes in this book.

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Book SynopsisIt’s already impossible to imagine energy-efficient construction without photovoltaics and solar thermal. Yet, the EU-wide introduction of low energy standards for new buildings stipulates that buildings must meet their energy needs in whole or in part from the sun by 2021 at the latest.The integration of solar systems into buildings is no longer just a technical matter, but also a structural and aesthetic challenge.This book provides the necessary expertise for this purpose. In addition to basic physics and technological developments in photovoltaics and solar thermal, the publication offers abundant advice from architects on how to successfully integrate solar systems into buildings. A number of chapters address the economical and ecological deployment of solar technology as well as issues of building laws and the preservation of listed buildings.Illustrated and expanded by numerous photos and detailed project documentation, “Building-Integrated Solar Technology” not only demonstrates the tremendous variety of construction tasks and integration possibilities, but also shows that self-sustaining buildings in terms of energy can also become a powerful architectural and cultural asset.

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Book SynopsisDer Wunsch nach Schutz und Nahrung treibt den Menschen seit Urzeiten an, seine Umwelt zu gestalten – und manchmal zeigt er dabei eine erstaunliche Anpassungsfähigkeit an Klima- oder Umweltbedingungen. In allen Regionen der Welt haben Menschen Wege gefunden, sich lebenswerte Bedingungen zu schaffen und diese mit erprobten Bauweisen über Generationen weitergegeben.Dieses Buch bietet eine eindrucksvolle Sammlung vieler fast schon vergessener Kenntnisse und Methoden, sich dem örtlichen Klima und den vorhandenen Ressourcen anzupassen anstatt sie zu ignorieren.Vielleicht liegt der Schlüssel für das Bauen der Zukunft deshalb in traditionellen Bauweisen und das Geheimnis für eine gelungene Globalisierung in der Analyse bewährter Systeme. Beeindruckende Projekte dokumentieren die Beziehung zwischen Umwelt und gebauter Umgebung in den fünf Klimazonen der Erde.

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Book SynopsisLife in the city is popular and creating liveable urban space is undoubtedly a priority for planners. Yet what makes a city worth living in? How do we define sustainable neighbourhoods that will function properly and continue to attract people in the future? What does "Smart City" or "resilience" really mean? The completely revised, new edition of this publication provides the answers. It addresses the fundamental challenges of urban planning today and offers planners essential knowledge, implementation strategies and ways toward holistic concept development. Examples of international neighbourhood developments clearly show how aspects of sustainable urban planning can be implemented in practice.

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Book SynopsisThe book presents latest research-based innovations in the field of mechanical infrastructure presented in the International Conference on Recent Advances in Mechanical Infrastructure (ICRAM 2021). The broad research topics presented in this book are recent advances in thermal infrastructure: This includes aerodynamics, renewable energy, computational fluid dynamics, carbon dioxide capture and sequestration, energy and thermo-fluids, fluid dynamics, fuels and combustion, heat and mass transfer, internal combustion engine, and refrigeration and air conditioning. Recent advances in manufacturing infrastructure includes green manufacturing, instrumentation and control, material characterization, manufacturing techniques, rapid prototyping, polymers, and composites. Recent advances in infrastructure planning and design includes applied mechanics, bio-mechanics, computer-aided engineering design, finite element analysis, industrial tribology, machine design, robotics and automation, dynamics and vibration, industrial engineering, and optimization.Table of ContentsPerformance Analysis of Desiccant Material Prepared by Simple Mixing of Silica-Gel and Calcium Chloride.- Flow and Thermal Characteristics of Jet Impingement on a Dimple plate using Large Eddy Simulation.- Numerical Investigation and Performance Comparison of Double Tube Helical Heat Exchanger Incorporating Four Turn and Six Turn Models Using Several Nanofluids.- Passive Cooling and Human Thermal Comfort: A Case Study.- Strain Engineered Electronic and Thermoelectric Properties of Two Dimensional SnGe

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Book SynopsisThis book contains selected papers presented at the First International Symposium on Sustainable Energy and Technological Advancements (ISSETA 2021), which was organized by the Department of Electrical Engineering, NIT Meghalaya, Shillong, India, during September 24–25, 2021. The topics covered in the book mainly focuses on the cutting-edge research domain with respect to sustainable energy technologies, smart building, integration, and application of multiple energy sources; advanced power converter topologies and their modulation techniques; and information and communication technologies for smart microgrids.Table of Contents​Impact of Reverse Power Flow due to High Solar PV Penetration on Distribution Protection System.- Modelling And Performance Evaluation Of MPPT based PMSG Wind Energy Conversion System With Boost Conveter In MATLABb/Simulink Environment.- Optimal Scheduling of Grid Connected PV System with Battery Energy Storage.

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Book SynopsisIt is estimated that windows in office buildings are responsible for one third of energy used for their heating and cooling. Designing window shading that balances often contradictory goals of preventing excessive heat gains in hot periods, without compromising beneficial heat gains in cold periods or visual comfort in indoor spaces of modern buildings with highly glazed facades, is an interesting multi-objective optimisation problem that represents an active research topic in the field of building energy and daylighting. Window overhangs are the simplest and most traditional shading devices that are easy to install, highly cost-effective, require low or no maintenance and offer unobstructed views outside. This book provides a review of overhang design methods for optimal thermal and daylighting performance. It starts with a historical overview of methods based on solar positions and shading masks. Next it discusses current research methodology, including shading calculation methods, ways of quantifying thermal and daylighting overhang effectiveness and the use of multi-objective optimisation approaches, together with the case studies that employ them. It further covers methods for designing innovative overhang types such as NURBS outlined overhangs and PV integrated dynamic overhangs. The appendix classifies published overhang case studies according to major climate type and latitude of their locations. As such, the book presents a valuable resource for understanding subtle nuances of interaction between solar radiation, shading devices and indoor comfort. The intended target audience are building energy researchers interested in optimisation of window shading devices.​Table of ContentsChapter 1. Introduction.- Chapter 2 Solar path methods.- Chapter 3 Current overhang research methodology.- Chapter 4 Design methods for particular overhang types.- Chapter 5 A Locations and climates of overhang case studies.- References​

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Book SynopsisSpotlights innovative design,makes use of environmentally friendly technologies, and looks at projects that aim to achieve social as well as aesthetic goalsTable of ContentsForeword by Joel E. Loveland Preface Acknowledgments Introduction Projects 1. Pierce County Environmental Services Building: The Miller Hull Partnership 2. Wright Exhibition Space: Olson Kundig Architects 3. Yesler Way Community Center: Mithun 4. Terry Thomas Building: Weber + Thompson 5. Bellingham Technical College, David & Joyce Morse Center: HKP Architects 6. Kitsap County Administration Building: The Miller Hull Partnership 7. Lolly Wyatt Center, Head Start and Early Head Start: McKibben + Cooper Architects 8. The Evergreen State College: Seminar 2 Building: Mahlum 9. Shoreline Recycling and Transfer Station: KPG Architects and Engineers 10. Jacqueline Crist Gallery: Trout Architects 11. Novelty Hill–Januik Winery: Mithun 12. Center for Advanced Energy Studies: GSBS Architects 13. Ron Sandwith EX3 Teen Center: Weinstein A | U 14. Ben Franklin Elementary School, Lake Washington School District: Mahlum 15. Northeast Branch, Seattle Public Library: The Miller Hull Partnership Designing with the Light of Place: Lessons Learned Appendix | Pacific Northwest Daylighting Lab Network: Tools and Methods Notes Index

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Book SynopsisA technology-savvy engineer shows architects and engineers alike practical solutions for implementing advanced building technologies in sustainably designed buildings.Table of ContentsINTRODUCTION viii Chapter 1 SUSTAINABILITY AND ENERGY 1Quality of Life Benefits 7Finite Fossil Fuel Resources 8Greenhouse Gases 10Profits and Savings from Energy Efficiency 11Site-to-Source Effect 12New LEED Version 2009 13Per Capita Energy Consumption 14Building Energy End-Use Splits, People Use Energy 15Carbon Footprint 17Funding Opportunities 19 Chapter 2 RADIANT COOLING 21History 21Introduction 23Why Radiant Cooling? 26Applications 28Radiant Cooling and Historic Preservation 39 Chapter 3 DISPLACEMENT VENTILATION 41History 41Introduction 42Conventional or Mixed-Air Systems 42Difference Between Displacement and Underfloor Air Distribution (UFAD) 47Applications 48Large Public Spaces (Cafeterias, Dining Halls, Exhibit Spaces) 48 Chapter 4 CHILLED BEAMS 61Principle of Operation and Technology 62Benefits of Chilled Beams 63Types of Chilled Beams 67Chilled Beam Applications 72Chilled Beam Use with Underfloor Air Distribution (UFAD) Applications 78 Chapter 5 UNDERFLOOR AIR DISTRIBUTION (UFAD) 83Validation of UFAD Designs with CFD Analysis 91Impact on Buildings 95Chapter 6 DISPLACEMENT INDUCTION UNITS (DIU) 101Benefits of Displacement Induction Units 103History of Induction Units 106Applications 107 Chapter 7 HIGH-PERFORMANCE ENVELOPE 115Engaging and Nonengaging Envelopes 116High-Performance Envelope Definition 117Most Common Energy Codes: ANSI and ASHRAE 90.1 118Glazing Characteristics 123How to Exceed the Mandatory Code Performance 128 Chapter 8 THERMAL ENERGY STORAGE 145Renewable Energy Storage 146Conventional Air Conditioning Systems 153Nonrenewable Energy Storage 156 Chapter 9 SOLAR ENERGY AND NET-ZERO BUILDINGS 163Net-Zero Step 1: Harvesting Solar Energy 166Solar Energy in Net-Zero Buildings 177Net-Zero Step 2: Improve Energy Efficiency of the Building and Its Mechanical and Electrical Systems 181Net-Zero Step 3: Reduce Consumption 183 Chapter 10 GEOTHERMAL SYSTEMS 185Introduction 185Geothermal Heat Pumps 190Types of Heat Pumps 198 Chapter 11 COGENERATION 205Other Applications of Cogeneration 207Cogeneration Technologies 211Micro-Cogeneration or Combined Heat and Power (Micro-CHP) 221 Chapter 12 DATA CENTER SUSTAINABILITY 223History of Data Centers 2242011: Top Ten Trends in Data Centers 225Power Usage Effectiveness (PUE) 226Technologies That Can Benefit Data Center Efficiency 230Office Building Applications 234Air Management in the Data Center 237 INDEX 239

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Book SynopsisThe city in the twenty-first century faces major challenges, including social and economic stratification, wasteful consumption of resources, transportation congestion, and environmental degradation. More than half of the world’s population lives in cities and major metropolitan areas, and in the next two decades the number of city dwellers is estimated to reach five billion. This puts enormous pressures on transportation systems, housing stock, and infrastructure such as energy, waste, and water, which directly influences the emissions of greenhouse gases. As the long emergency awaits us, urgent questions remain: How will our cities survive? How can we combat and reconcile urban growth with sustainable use of resources for future generations to thrive? Where and how urbanism comes into the picture and what “sustainable” urban forms can do in light of these events are some of the issues Sustainable Urbanism and Beyond explores. With more than sixty essays, Trade Review“This book is well worth picking up and reading, but be aware that it is not a mosaic picturing a sustainable urban future. Rather, it is a collection of beautiful glass shards awaiting assembly.” ~Planning Magazine

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Book Synopsis How to make your senior years healthy, safe, social, and stimulating. Architect and author Chuck Durrett''s recently released book Senior Cohousing Handbook comes at a time of high interest in greening, sustainable housing and affordable living concerns. Durrett''s new book is a comprehensive guide for baby boomers wishing to continue vibrant, active lifestyles. - EPR Real Estate News Make your senior years safe and socially fun with the idea of senior cohousing and a book on the topic that shows how seniors can custom-build their neighborhood to fit their needs. This is housing built by seniors, not for them, and emphasizes independence and social networking. Any library strong in gerontology or social science and many a general lending library needs this. - James A. Cox, The Midwest Book Review As a Baby Boomer, I''ve joked for a few years that we''ll all end up living communally again because Social Security will be broke...This is one Table of Contents Prologue byWilliamH.Thomas,M.D Foreword by Patch Adams,M.D Acknowledgments Introduction Part One: Introducing Senior Cohousing 1. Taking Charge of the Rest of Your Life 2. Cohousing: An Old Idea—A Contemporary Approach 3. Senior Cohousing: A Proven Approach—A New Application Part Two: Senior Cohousing in Denmark : An Inside Look 4. Munksøgård: Strong Roots in Fertile Soil 5. Other Danish Senior Cohousing Communities: Otium,Gimle,Mariendalsvej, Korvetten Part Three: Creating a Senior Cohousing Community 6. Feasibility: DoWe Have a Project? 7. Study Group I: Aging Successfully/Aging in Place 8. Study Group II: The Participatory Design Process 9. Study Group III: Policy Part Four: The First Wave — Pioneering Senior Cohousing in America: The Beginnings of an American Movement 10.The First Wave 11.Where Do We Go From Here? Appendix A: Anne Glass: Research-Based Results,"Why Aging in Community?" Appendix B: Frequently Asked Questions Appendix C: Economic Structures Appendix D: Universal Design Selected Bibliography Index About the Author

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Book Synopsis Sustainable building from the ground up - the pros and cons of the latest green and natural materials and technologies From foundation to finish, a wealth of information is available on sustainable construction methods-entire volumes have been published on individual green and natural building techniques. But with so many different ideas to choose from, there is no single resource that allows an owner or builder to quickly and objectively compare the merits of each system for their particular project. Making Better Buildings cuts through the hype and provides the unvarnished facts about the upsides and downsides of the most widely discussed materials and technologies. Drawing on the real-world experiences of designer/builders, this comparative guide systematically and comprehensively examines each approach in terms of: Cost, sourcing, labor intensity, and ease of construction Energy efficiency, embodied energy, and environmental impacts Availability/accessibility Viable applications and future potential. Each chapter is rounded out by a chart which summarizes the material in a quick and accessible manner. Whether you are an owner preparing to build a green or natural home, or a conventional contractor determined to integrate sustainable alternatives into your existing construction practices, this up-to-the minute resource will help you make the best decisions for your project, while meeting your energy, efficiency, budgetary, and site-specific needs. Trade Review"Making Better Buildings is essential reading for home builders, owner-builders, or anyone interested in hiring a contractor to build their green dream home. This book is full of useful, up-to-date, cutting edge information and is amazingly thorough and easy to read. It will help readers make the best decisions possible regarding energy efficiency, cost, durability, health, embodied energy, labor requirements, and so on. Quite possibly the most valuable book ever published on green building!" ---Dan Chiras, Ph.D., director, The Evergreen Institute and author, The Natural House, The New Ecological Home and The Solar House "Comparing contemporary building technologies based on criteria such as embodied energy or energy efficiency is a huge job -- a job that holds most contractors and owner-builders back from making informed choices. Chris Magwood has saved us all thousands of research hours with Making Better Buildings. This book is not only a tool for the builders of today, but is a marvelous textbook for the young, emerging building professionals of tomorrow." ---Emily Niehaus, Founding Director of Community Rebuilds "At last: clarity! There are more and more people all over the world who are discovering the joy and satisfaction of building for themselves with natural materials. Very few, however, are also able to teach, communicate and inspire those around them. Of that precious few, Chris Magwood is at the top of the list; his delight and mastery of the subject hums in every page. Whether you want a broad overview, or access to high-quality, practical information on specific subjects, this is the book for you." ---Bruce King, PE, Director, Ecological Building Network "If you're drilling deep into sustainable building and want more than superficial details, let Chris Magwood be your guide. Making Better Buildings will help builders and homeowners quantify the green building process, and better understand the impact of their decisions." ---Scott Gibson, Green Building Advisor "Chris Magwood's new book is exciting news for builders and homeowners everywhere! This includes people who haven't even heard yet of the ideas that Chris lays out with such accessible knowledge and clarity. As one of the most knowledgeable and experienced ecological builders in North America, practicality and efficiency is one of his prime concerns. As one of the leading natural builders in the world, his affordable ideas are offered for all scales, within his broad and creative vision." ---Mark Lakeman, Communitecture Architecture & Planning, and cofounder, The City Repair Project, Portland, OR "Based on Chris Magwood's considerable experience of sustainable buildings systems, this book provides invaluable guidance for builders, designers and those thinking of building their own home. Stripping away the hype, the book provides a rational and balanced assessment of alternative options for the major components of a building. It is particularly valuable since it includes a wide range of criteria such as cost, durability, code compliance and labour intensiveness together with environmental criteria, which make it a highly useful decision support tool for many sustainable building projects. Also, we are encouraged to get beyond the bickering about different systems at the "micro" level and to focus on the bigger picture, "macro" issues, when choosing building components and systems which will lead to significant change." ---Professor Mark Gorgolewski, Ryerson University "Making Better Buildings belongs in the library of every designer or builder in the green building business and should be read by every owner planning a new home. This is not simply green building -- this is the future of construction! Chris Magwood has clearly described the pros and cons of the most viable natural building techniques and places them in context to create a tool that is timeless. All of the systems reviewed have the promise of significantly reducing the environmental footprint of construction." ---Jeff Ruppert, P.E., structural and civil engineer, and publisher, The Last Straw Journal "Ever wondered about the many shades of green in Green Building? The book you hold in your hand not only walks you through the vast array of techniques, written by one of the worlds most experienced green builders and educators, it also provides you with all the information necessary to compose the shade of green which suits you best. The information gathered here about issues such as techniques, embodied energy, health aspects are unique in the world, and is guaranteed to make this book the leading reference book for environmentally concerned building planners for years to come. Excellent work." ---Max Vittrup Jensen, consultant, and director, PermaLot Centre of Natural Building "We're often asked to recommend books to guide people along the path to building their own natural home. The list of books is quite short, but with Making Better Buildings it just got one important book longer. " ---Oliver Swann, naturalhomes.org "This book is a must read for anyone trying to demystify the myriad of green building options. Chris Magwood packs this book with scientific data plus his unique hands-on experience. The result will leave every reader with a clear understanding of the benefits and challenges for a variety of super eco-friendly building methods." ---Sigi Koko, natural builder, and founder, Down to Earth DesignTable of ContentsThanks Author's note Foreword by David Eisenberg Introduction: Thinking about sustainable building How this book works 1 Foundations Building science for foundations Earthbag (or flexible form rammed earth) foundations Dry stone and mortared stone foundations Rammed earth tires (earthships) Helical pier, screwpile and screw pier foundations Wooden piers Poured concrete foundations Lightweight concrete masonry units (CMUs) Autoclaved aerated concrete blocks Durisol and Faswall insulated concrete forms (ICFs) What about rubble trenches? Combination foundations What's not included in this chapter Pressure treated wood foundations Concrete slab foundations 2 Walls Building science basics for walls Wood frame construction Straw bale walls Cob walls Cordwood or stackwall Rammed earth walls Compressed earth block (CEB) walls Adobe block walls Foundations as walls Cotton batt insulation Straw/clay, straw light clay or slipstraw insulation Hempcrete insulation Hemp batt insulation Perlite loose-fill insulation Mineral wool insulation Cementitious foam insulation Wool batt insulation Cellulose insulation (wet-sprayed and dry-blown) Other insulation materials What's not included in this chapter 3 Floor and roof structure Building science basics for floor structures Building science basics for roof structures Wood framing Wooden trusses Wooden I-beams Finger-jointed wood trusses Glulam roof and floor framing Open web steel joists Timber framing and post and beam Conical grain bin roofs Slab-based floors 4 Sheathing and cladding materials Building science basics for exterior cladding and sheathing Building science basics for interior sheathing Clay or earthen plaster Wood plank sheathing and cladding Plywood and oriented strand board (OSB) sheathing Gypsum board, drywall or plaster board sheathing Magnesium oxide board Fired clay brick cladding Lime and lime/cement plaster Stone cladding Roof sheathing materials as wall sheathing 5 Roof sheathing Building science basics for roof sheathing Metal roofing Cedar shake and shingles Thatch roofs Slate Composite shingles Green roofs/living roofs Clay tile roofing 6 Flooring Building science basics for flooring Clay or earthen floors Hardwood flooring Softwood flooring Engineered wood floors Tile flooring Linoleum Bamboo flooring Cork flooring Concrete flooring 7 Surface finishing materials Building science basics for finishes Clay or earthen finish plaster Lime finish plaster Milk paint Clay paint and alise Lime wash and lime paint Silicate paint Acrylic (latex) paint Natural oil paint Natural oils and waxes Natural wallpaper and wall covering 8 Windows 9 Water systems Water sources Surface water Well water Rainwater catchment Desalinated water Pumps Filters Water treatment systems Piping 11 Wastewater systems Municipal wastewater treatment Septic systems Composting toilets 12 Heating and cooling systems Means of heat production Means of heat delivery Passive solar heating Solar hydronic heating Solar hot air heating Ground source heat pumps (GSHP) Air source heat pumps (ASHP) Tankless or on-demand heaters Tank or batch heaters Forced-air furnaces Wood and pellet stoves Masonry heaters 13 Electrical generation Photovoltaic power Wind turbines Micro-hydro turbines Conclusion People make better buildings Appendix Inventory of carbon and energy (ICE) summary Index About the author

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Book SynopsisStep-by-step instructions to build your own beautiful, environmentally friendly, healthy natural home.Table of ContentsTable of ContentsWhy build a natural home ?• The authentic food/authentic home analogy• our impacts and responsibilities• appropriate response and design• alternative building methods and materials• conventional vs. regenerative living• myths and realities• history of light clay constructionSite Selection• cultural history of site selection• modern day health concerns• ecological site designs• natural climate control• regenerating the landscape• food and shelterEcoNest: a Family of Design and Building Strategies Applying the Principles of Building Biology in the design, construction and occupation of a home:a. Recognizing nature as the gold standard for a healthy indoor environment.b. Design for Health and Ecology; • History of use • non-toxic choices• natural materials• maintaining hygroscopicity• natural lighting• proportion• size• beauty• sacred space• relationship to nature• adaptability• flexible space• color in accordance with nature• maintaining a healthy balance of humidity• a healthy electro-climate c. Recognizing the role of the craftsman in enriching the lives of all who dwell within.• Modern day precedents for building craft revival• Why we teach others, • Building the Builder, Craftsmanship Leadership and teamwork• Design for the temperate climate zonesHome Owners Guide to the design process• Initiating a legacy• Working with a design professional• Phases of design• Making a thousand choices and staying sane!• Putting it all in perspective Foundation Systems “ a good pair of boots”• The role of the foundation in the health and longevity of the building• drainage issues• height of foundation• reduction of concrete• rubble trench construction• wood insulated concrete formsThe Timberframe• About the sustainable use of wood• ecology and re-useabiltiy of timber framing• framing terms and concepts• European vs. Japanese Frame Construction Styles• plan• layout• encoding• cutting• assembly• raising the frameThe EcoNest Clay Straw Wall System• Wall terms and concepts• Site analysis and staging for efficient production• Scaffolding, circulation, site safetyFramework• Load-bearing and non-load-bearing Larsen trusses• Larsen truss layout• Planning for future interior attachments• Incorporating mechanical and electrical systems Formwork• Interior face and exterior face forming• Building a leap form• Door + window framing and insulationProduction • . Testing soil for clay content• Choosing the straw• Mixing• Variation of densities in accordance with wall orientationDelivery• Making hoppers• Materials handling and deliveryFilling• Placing and tamping clay straw• Horizontal reinforcing• Topping off the wall• Removing and re-using the formworkDrying and Prepping for Finish• • Accelerated drying techniques• Chinking and creating an air tight envelope• Other delivery techniques (sidebar about crane delivery)The Roof System• the “good hat” concept• roofing terms and concepts• form• calculations• truss roof process• roof details• roof ventilation• insulating the roof• alternative insulation materialsExterior Finishes• exterior skin comparisons• exterior earth plaster• exterior lime plaster• Keim treatments• wood siding• vented rain screensCrafting the Interiors• plaster ceilings• ceiling finishes• the mandala ceiling construction• wood ceilings• plaster wall finishes• partition walls• mass interior walls• framed walls• shoji screens and pockets for shoji screens• cabinetry construction and selection• attaching cabinetry to the walls• nichos• doors• floor systems, alternatives to concrete• earthen floors• wood floors Natural and Mechanical Systems for energy efficient, year round comfort• passive heating and cooling strategies for a temperate climate• decreasing or eliminating dependence mechanical systems• power + electrical considerations• day lighting and artificial lighting• water collection, storage, purification and drinking• plumbing considerations• heating with fuel• masonry heaters• cooling and the 4 strategiesPortfolioSeveral new EcoNest Case studiesAppendicesa. general construction guidelinesb. New Mexico construction guidelinesc. State of Oregon Reach Codec. Sources of information: books + websitesd. Architects and builders guidee. Material suppliers

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Book SynopsisA comprehensive guide to building green on any budget.According to conventional wisdom, building a green home is an expensive endeavor. The standard approach treats green as an add-on, tacking premium products, finishes, and equipment onto a traditional home design. As a result, many green home projects end up over budget or fail to achieve their environmental and performance goals.Green Home Building explodes the myth that green homes have to cost more. Using proven methods based on applied building science, the authors show how to: Lower base construction costs to provide funding for high performance upgrades Achieve a net-zero energy home, including zero-ing water, waste, carbon, and associated costs within fifteen years Live affordably into the future, despite anticipated rising costs for fuel, water, materials, taxes, and health care This comprehensive guide to building green on any budget defines the strategies that maximize the return on green investments. Written for anyone who has ever been swayed by the argument that the price tag limits how green a home can be, Green Home Building is a must-read for builders, contractors, architects, designers, and homeowners.Miki Cook is a green building and sustainability consultant who has dedicated her career to educating contractors and the public on the strategies, methods, and benefits of green homes.Doug Garrett has trained thousands of homebuilders, architects, and sub-contractors to build energy-efficient homes using applied building science to improve comfort, durability, and healthfulness while meeting or exceeding the energy code.Table of ContentsForeword by Sarah GuttermanIntroductionWe're All Green with EnvyWhat Is a Green Home?How Can I Build an Affordable Green Home? section one: Show Me the Money1. Location, Location, LocationSmart GrowthAnalyzing Your Building SiteOther Considerations for Site SelectionPayback on This Investment 2. Size MattersAssessing Your NeedsPaybacks on Right-Sizing Your Home 3. Design, Design, Design: Everything You Need to Know 1. Designing for Your Site2. Designing for Passive Systems3. Designing for Resource EfficiencyPayback On Design Elements 4. Building Products and Materials: Shades of GreenGlobal CitizensBuilding Product ResearchSelecting Building MaterialsHow We Use Building MaterialsPaybacks: Return on Investment for Building Materials: The Real Cost of Housing 5. Construction Waste: The 8,000-Pound Gorilla of Cost SavingsMoney in the DumpsterThree Strategies for Waste ReductionPayback: Return on Investment for Construction Waste Diversion Practices 6. Equipment and SystemsEfficiency RatingsHVAC: Heating, Ventilation and Cooling SystemsHot Water SystemsRainwater, Greywater and Onsite Sewage SystemsElectrical SystemsPaybacks: Return on Investment from High-efficiency System Upgrades 7. Health and EnvironmentToxinsStrategies for Improved Indoor Air QualityOther Health Concerns 8. Outdoor LivingDefining Your Outdoor Living SpacesLandscaping 9. Green BlingThe Modest Green HomeThe Mainstream Green HomeThe Custom Green HomeAvoid Wasting Money 10. Keeping It GreenPeriodic Maintenance and RepairsCommissioningLifestyle ChoicesProtecting Your HealthGreen MakeoversGreen Power Alternatives section two: Getting to Zero11. The Zero Energy Capable Home ModelNet Zero DefinedThe Typical American HomeOur Baseline HomeNet Zero Home Model 12. Net Zero WaterThe Water-Energy ConnectionWhere Does the Water Go?How Much Water Is AvailableCase StudiesHow Low Can You Go? 13. Zero WasteWaste Beyond the HouseholdWaste PreventionWaste DiversionThe Key to Making Changes in Your Life 14. Zero Your Carbon FootprintRevisiting Section One from a Carbon PerspectiveOur Carbon Reduction Plan 15. Zero Cost PremiumReducing Your Total Cost of OwnershipReducing Your Construction CostsHealthy and High PerformancePutting It All Together End NotesIndexAbout the Authors

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Book Synopsis What book would you want if you were stranded on a desert island? Widely regarded as the ''bible'' of off-grid living, The Solar Living Sourcebook might be your best choice. With over 600,000 copies in print worldwide, it is the most comprehensive resource available for anyone interested in lessening their environmental footprint and increasing their energy independence. The Solar Living Sourcebook-14th Edition is the ultimate guide to renewable energy, sustainable living, natural and green building, off-grid living and alternative transportation, written by experts with decades of experience and a passion for sharing their knowledge. This fully revised and updated edition includes brand new sections on permaculture and urban homesteading, and completely rewritten chapters on solar technology, sustainable transportation and relocalization. It also boasts greatly expanded material on: Natural Building Permaculture and biodynamics Trade ReviewThe essential guide to energy independence -- fully revised and updated "...an owner's manual for regenerating our earth, skies and water... a masterwork on rehabitation...the best manual you could possibly want." ---Paul Hawken, Project Drawdown, and author, Blessed Unrest "...I have always recommended the Real Goods Solar Living Sourcebook as the #1 source, indeed the Bible, for all things solar and sustainable. Bravo to the 14th edition, it's the best one yet!"---Ed Begley Jr., actor, environmental activist "...the best single source I've ever found on the technologies, philosophies, and the lifestyle changes we must embrace in order for our species to survive and thrive into the future." ---Woody Harrelson, environmentalist, actor "...the most comprehensive, enlightening & entertaining resource in the world...an indispensable resource on the bookshelf of anyone seriously interested in helping save our habitat."---Bryan Welch, publisher, Mother Earth News, and author, Beautiful and Abundant: Building the World We Want "This masterful compendium pulls it all together and gives everyone what we need to get off the grid and democratize clean energy." ---Kenny Ausubel, CEO and founder, Bioneers ... Regularly updated since 1982, John Schaeffer's Real Goods Solar Living Sourcebook is the definitive guide to renewable energy, sustainable living, alternative transportation, natural and green building, homesteading, energy conservation and off-grid living. This completely revised 14th edition, written by experts with decades of hands-on experience, contains expanded information on permaculture, biodynamics, the Transition Movement, urban homesteading and emergency preparedness--plus maps, wiring diagrams, formulae, charts, electrical code specs/regulations/requirements, solar sizing worksheets and much more. Whether you're a layperson or a professional, novice or longtime aficionado, the Sourcebook puts the latest research and information at your fingertips; everything you need to know to make sustainable living a reality. With over 600,000 copies in print worldwide, it is the most comprehensive resource available for anyone interested in lessening his/her environmental footprint and increasing energy independence. ... "This book is our blueprint for both the present and future, if our species is to survive into the 22nd century."---Thom Hartmann, NY Times bestselling author and talk show host "Buy this book. It can change your life for the better. And the world, too."---Denis Hayes, President, Bullitt Foundation "John is a sustainability and solar industry pioneer...his visionary actions and ideas [are] good news for our environment, economy, and national security."---Nat Kreamer, chairman, Solar Energy Industries Association, White House Champion of Change, and CEO, Clean Power Finance "Here in one book is everything you need... a treasure trove you'll find yourself returning to time and again."---Richard Heinberg, Senior Fellow, Post Carbon Institute and author, The End of Growth "...[this is] the key text of the greatest economic change the world will experience this century, creating jobs and clean energy for a prosperous and sustainable global community."---Danny Kennedy, cofounder, Sungevity and SfunCube, and author, Rooftop Revolution ... John Schaeffer is the founder of Real Goods--the foremost global source for tools and information on renewable energy, energy efficiency and sustainable living. Since 1978, through Real Goods, he has pioneered solar technology in North America, providing over 150 MW of solar power and helping to solarize over 18,000 homes ... To help bring you the very best inspiration and information about greener, more sustainable lifestyles, Mother Earth News is recommending select New Society Publishers books to its readers. This book is one of them.Table of Contents ACKNOWLEDGMENTS A MESSAGE FROM THE RGS ENERGY CEO FOREWORD: by Bill McKibben INTRODUCTION: by John Schaeffer, Real Goods Founder Chapter 1: RELOCALIZATION: A Strategic Response to Peak Oil and Climate Change Ecological Economics Overshoot Peak Oil and Implications for a Transportation-Dependent Economy Climate Change and the Need to Eliminate Fossil Fuels Relocalization: A Strategic Response to Overshoot Approaching Social Change Pioneering Solar Down on the Farm Chapter 2: LAND AND SHELTER: Designing and Building Your Green Dream Home The Impacts of Modern Building Passive Survivability Strategies for a Responsive Home Renovations and Development Building a New Home Passive Solar Design: A Primer Building Technologies The Healthy Home Your Home, Your Choice Words of Wisdom from Real Goods Staffers and Colleagues Spirit of the Sun Chapter 3: SUNSHINE TO ELECTRICITY: Creating Renewable Energy with Solar, Wind, and Hydroelectric Power What Are Photovoltaic Cells? Sixty Years of Photovoltaics System Examples PV Racking Wind and Hydro Power Sources Hydroelectricity Wind Energy Wind Energy and Wind Turbines - What You Need To Consider to Make a Decision Hydrogen Fuel Cells Chapter 4: FROM PANEL TO PLUG: How to Get Your Renewable Energy Source Powering Your Appliances A Renewable Energy System Primer: Putting It All Together Off-grid and Battery Backup System Sizing Worksheets Grid-tied Systems Converting Sunshine into Electricity What's the Payback? Safety and Fusing Charge Controllers Monitors Large Storage Batteries Real Goods' Battery Troubleshooting Guide Common Battery Questions and Answers Real Goods' Battery Care Class Rechargeable Batteries and Chargers Frequently Asked Questions About Rechargeable Batteries Inverters Potential Problems with Modified Sine Wave Inverter Use - and How to Correct Them Potential Problems with ALL Inverters - and How to Correct Them Inverter Conclusions Wire, Adapters, and Outlets Wire Sizing Chart/Formula RGS Energy Solar Project Case Study: Ironhouse Sanitary District RGS Energy Solar Project Case Study: Little Quittacas Solar Farm Chapter 5: EMERGENCY PREPAREDNESS AND SOLAR MOBILITY: Be Empowered When the Grid Goes Down Want Some Protection, or at Least a Little Backup? How About Total Freedom? Steps to a Practical Emergency Power System What Do You Really Need in an Emergency? Conclusion Chapter 6: ENERGY CONSERVATION: Superefficient Lighting, Heating,and Cooling Are the First Steps Living Well but Inexpensively It All Starts with Good Design Retrofitting: Making the Best of What You've Got Conserving Electricity House Heating and Cooling Home Cooling Systems Energy-efficient Appliances Superefficient Lighting Lighting Characteristics Light Technology Chapter 7: WATER DEVELOPMENT: Reckoning with Our Most Precious and Endangered Resource The Three Components of Every Water System Solar-Powered Pumping Real Goods' Homestead Plumbing Recommendations Friction Loss Charts for Water Pumping Chapter 8: WATER HEATING: The Most Cost-effective Solar Alternative Common Water Heater Types Solar Water Heaters Types of Solar Water Heating Systems: Operation and Installation Chapter 9: WATER AND AIR PURIFICATION: Clean Water and Air Are Human Rights! The Need for Water Purification Methods of Water Filtration and Purification Air Purification Resources Chapter 10: COMPOSTING TOILETS AND GREYWATER SYSTEMS: Novel, Safe, and Clean Solutions to an Age-old Human Issue Reclaiming Valuable Resources What Is a Composting Toilet? Greywater Systems Chapter 11: REGENERATIVE HOMESTEADING AND FARMING: Growing Your Own Organically Using the Permaculture Principles While Living the Good Life Permaculture: A Holistic Design System for Your Site Biodynamic® Agriculture: Food and the Cosmos Biodynamic Preparations Resources Chapter 12: URBAN HOMESTEADING: Heirloom Skills for Sustainable Living Urban Permaculture Practice Gardening in the Urban Habitat Animals on the Urban Homestead Remaking Our Relationship to Food The Heirloom Kitchen Skills Natural Building Powering Down Greywater and Rainwater Use Waste Personal Ecology Resources Chapter 13: SUSTAINABLE TRANSPORTATION: Toward a Future of Carbon-free Mobility The Problem with Fossil Fuels The Problem with Today's Motor Vehicles Hybrids and Other Low-emission Vehicles Biodiesel, Ethanol, and Other Biofuels Electric Vehicles Futuristic Vehicles? Chapter 14: NATURAL BURIAL: The Ultimate Back-to-the-land Movement Dying to Do the Right Thing When It's Time, Will You "Leave No Trace"? Cemetery Stewardship's Triple Bottom Line Crafting the Fond Farewell: It Takes a Plan What You Need for a Natural Burial A Place to Go Last Acts That Make a Difference: How Your Support of Environmentally Friendly Products Can Turn an Industry Around Chapter 15: THE REAL GOODS' SUSTAINABLE LIVING LIBRARY: Reading for a Renewable Future Garden, Farm, Food, and Community Land and Shelter Renewable Energy in Theory and Practice Building Types and Materials Peak Oil, Relocalization, and Politics Water Development References and Resources APPENDIX Part I: Who We Are and How We Got Here Part II: Living the Dream: The Real Goods Solar Living Center Part III: Spreading the Word: The Solar Living Institute Part IV: Getting Down to Business System Sizing Worksheets Power Consumption Table Solar Insolation Maps Solar Insolation by US City Magnetic Declination Charts in the United States Battery Wiring Diagrams Wire Sizing Chart/Formula Friction Loss Charts for Water Pumping Temperature Conversions Nominal Pipe Size Versus Actual Outside Diameter for Steel and Plastic Pipe The Real Goods' Resource List State Energy Offices Access Information Glossary ENDNOTES INDEX

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Book Synopsis The essential guide to prefab straw bale panels - an innovative spin on a widely used natural building method Prefabricated straw bale wall panels combine the performance and low environmental impact of traditional straw bale with reduced labor and more consistent results. These structural insulated panels (SIPs) are built offsite and transported to the job site, or built onsite and tipped up into position. Essential Prefabricated Straw Bale Construction is a fully illustrated practical guide to this affordable, scalable method. This indispensable manual includes a complete introduction to the use of prefabricated bale walls, packed with all the information you need to determine whether they are the right choice for your project. It covers: Specifications, engineering details and building code references Comprehensive step-by-step instructions and detail drawings Finishing and maintenance techniques Trade Review...Hemp as a building material is one of the most important uses of this plant. Essential Hempcrete Construction explains this new technology in a clear and concise manner. With this information anyone wanting to use this material will have a great starting point. ---Steve Allin, Director, International Hemp Building Association and author, Building with Hemp In a field that is often beset with more wishful thinking than honest appraisal, Essential Hempcrete Construction stands out as a well-researched in investigation into the potential and promise of hemp-lime systems in the contemporary built-environment. ---Tim Callahan, co-author of Building Green and founding partner at Alembic Studio, LLC Hempcrete/hemp-lime construction is one of the simplest and most effective and affordable solutions for sustainable, healthy and energy efficient building available to mainstream builders and self-help enthusiasts alike. Magwood has years of experience of natural building and sound construction practice so this book provides excellent, well-illustrated, guidance." ---Tom Woolley, author, Building Materials, Health and Indoor Air Quality; Low Impact Building; and Hemp-Lime Construction Essential Hempcrete Construction is an informative and easy to read guide/instruction manual to building with hemp-lime. Magwood has been able to simplify the data for us and compare costs to other conventional building materials, he has also managed to keep it brief and to-the-point so as to quickly help us make an informed decision to build with hemp-lime or not. This book is a time (and money) saver - worth every penny. ---Greg Flavall, Hemp Technologies Collective Essential Hempcrete Construction is an exciting manual for homeowners, building teachers, building officials and contractors. Filled with photos and drawings that help all of us make choices that are ultimately going to support long lasting buildings. Solid and fun to read. ---Sukita Reay Crimmel, coauthor, Earthen Floors Chris Magwood has combined his deep understanding of building science with some fortuitous hands-on experience of working with hempcrete to craft this timely and detailed guide to the essentials of hempcrete construction. By simply mixing the lightweight core of hemp stalks (an agricultural byproduct) with lime it is possible to make an insulating material that can handle moisture without decomposing, has good structural qualities and thermal performance, is nontoxic and fire resistant, naturally sequesters carbon, and is ultimately completely recyclable. With the successful use of hempcrete in Europe for over a decade, hopefully this book will help usher in a new era of industrial hemp production in North America. ---Kelly Hart Chris Magwood's easy-to-read, thoughtful, and practical book on building with hempcrete is a must-have for my work as a designer and builder focused on resilient, natural, and low carbon construction. In a world increasingly threatened by climate change, practical solutions are needed now to lower our collective ecological impact as a building trade. Essential Hempcrete Construction is a critical tool in our toolkits. ---Ace McArleton, coauthor, The Natural Building Companion, and cofounder, New Frameworks Natural Design/Build LLCTable of Contents Acknowledgments Chapter 1: Introduction Chapter 2: Rationale Chapter 3: Material Properties and Appropriate Use Chapter 4: Building Science Notes Chapter 5: Material Specifications Chapter 6: Design Options for S-SIPs Chapter 7: Design Notes Chapter 8: Construction Procedure Chapter 9: Installation Chapter 10: Tilt-up Construction Chapter 11: Finishing Installed Walls Chapter 12: Maintenance and Renovations Chapter 13: Building Codes and Permits Chapter 14: Tools Chapter 15: Conclusion Glossary Resources Appendix: Engineering with Straw Bale Panels in Canada Index About the Author

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Book SynopsisDreamers, owner-builders, natural and sustainable building contractors, modern homesteadersCordwood construction - log-ends set in insulated mortar - is a versatile, economical, low-impact, and beautiful building method. And while cordwood construction's durability and performance has been proven in beautiful, centuries-old buildings in North America and Europe, there has been no trusted, practical and comprehensive book on cordwood construction methods using cordwood in a wide variety of cordwood masonry construction projects. Distilling decades of experience, best practices, and innovations in cordwood construction, Essential Cordwood Building is the first fully illustrated, step-by-step comprehensive book on cordwood construction. Ideal for the DIYer, professional designer, and builder alike, this comprehensive book on cordwood construction covers: Wood species selection, log-end length, and seasoning New mortar oTrade ReviewBy far the most comprehensive book ever written on cordwood construction. Fact-filled, richly illustrated, and full of experience-based advice, this is the only book you'll need if you are interested in this planet-friendly, simple, low cost, and artistic construction technique. --Lloyd Kahn, author of the Shelter Series of Building Books, including Shelter, Home Work, and Tiny Homes Cordwood Building hits the proverbial nail on the head with its thorough investigation of this sustainable practice. Rich in hands-on practicality, replete with attractive case studies and loaded with eye-catching photos, the reader is invited inside the pages, to have a look-around. This tome should be on the must read list for anyone contemplating cordwood construction. --Richard Flatau, author, Cordwood Construction Best Practices and Director at Cordwood Construction Resources As keeper of the cordwood masonry flame, Rob Roy has devoted his 40-year career to the conscientious evolution of this unique building method. Champion of the owner-builder and defender of dollar-wise construction, his careful documentation of step-by-step procedure, user-friendly formulas, and ongoing development in the field combine to make this revised and updated edition an invaluable reference for the curious and serious alike. --Richard Freudenberger, Resource Manager at Living Web Farms and former Publisher of BackHome Magazine. I wholeheartedly recommend this new edition of Rob Roy's classic book on Cordwood Building, which I consider to be one of the foremost techniques for furthering the cause of sustainable architecture. Not only do the results look naturally gorgeous, but the walls provide good insulation and thermal mass, without the need for further treatment once they are assembled. Couple this with the fact that the building process is easily learned and utilizes marginal wood unsuitable for other construction, and you have an outstanding system that is fully explained in Rob Roy's comprehensive book. --Kelly Hart, founder, greenhomebuilding.com If anybody knows cordwood, it's Rob Roy, who's been at the center of this expanding movement for more than two decades, experimenting, innovating and living within his creations. His comprehensive, practical guide Cordwood Building explores the nitty gritty of cordwood "how to", lessons learned, and innovations like cob mortar, paper-enhanced mortar, and bottle ends. A traditional building method for more than a millennium, modern cordwood homes pass building codes and introduce building science to the "hobbit way of building", and Rob Roy's in depth book addresses air infiltration, vapor barriers, discussions of mass and insulation, and even electrical wiring. Practical and thrifty, Cordwood Building is on the cutting edge of "mortgage free" thinking, inspiring do-it-yourself tiny homes that utilize affordable materials, and offer a beautiful aesthetic. --Catherine Wanek, author/photographer, The Hybrid House, co-editor, The Art of Natural Building, and co-founder of Builders Without BordersTable of Contents Acknowledgments Prologue: History of Cordwood Masonry The Origin of Cordwood Contruction by William H. Tishler An Old Cordwood House Near Stockholm by Olle Lind Historical Variations by Olle Hagman Our Personal History by Rob Roy Introduction What is Cordwood Building? But Why Build with Cordwood? How? PART 1: CORDWOOD BASICS 1. Three Cordwood Masonry Styles Cordwood Infilling Within a Strong Timber Frame Cordwood as Curved Load-bearing Walls Cordwood with Stackwall Corners Door Frames Summation 2. The Wood What Kind or Species of Wood Is Best? How Long Should the Wood Dry? Should I Bark (or “Debark” — Means the Same Thing) the Wood? How Much Wood Should I Cut? How Thick Should the Walls Be in a Cordwood Home? How Should I Cut the Wood? Split Wood or Round Log-ends? Can I Mix Species of Wood in the Same Wall? 3. Building Cordwood Walls 101 The Mortar Insulation Options Building a Cordwood Wall Window Bucks Pointing Cleaning the Log-ends 4. Building with Cordwood 202 Wood Expansion Wood Shrinkage after the Build Mortar Cracks When Everything Shrinks — A Solution Building Thicker Cordwood Walls Within a Timber Frame Time Efficiency Stand Back from the Wall PART 2: THE NEW STATE OF THE ART 5. Is Cordwood Green? Sustainability Leaving Little Impact on the Planet Low Embodied Energy Energy Efficiency The Healthy Home So, Is Cordwood Masonry Green? 6. Double-wall Cordwood by Cliff Shockey and Rob Roy Introduction Solar Design Foundations and Under-floor Radiant Heat The Double-wall Cordwood Technique The Evolution of Double-wall Cordwood 7. Foam Insulation with Cordwood Open Cell Foam Soy-Based Foam Foam Insulation with Single-wall Cordwood 8. Bottle-ends and Other Design Features Making Bottle-ends Creating Bottle-end Designs Design Features at Mushwood 9. Electrical Wiring in Cordwood Masonry Buildings by Paul Mikalauskas, Mike Abel and Rob Roy Wiring Mushwood 10. Lime Putty Mortar by Rob Roy and Bruce Kilgore A Short History Lime Putty Mortar Versus Portland-based Mortar Making Lime Putty and Lime Putty Mortar Pay Attention to Detail 11. Cobwood Revisited Cobwood at Earthwood Our Latest Cobwood Wall Building To Summarize 12. Paper-enhanced Mortar by Jim Juczak, Alan Stankevitz, Tom Huber and Rob Roy Papercrete, or Paper-enhanced Mortar (PEM) My Paper-enhanced Mortar Cellulose-enhanced Mortar Paper-enhanced Mortar Observations 13. Cedar Eden: Design Considerations by Tom Huber The Pattern that Connects Place-based Design Considerations for Cold Climates The Hobbit Way of Homesteading A Cabin with Four Doors Intentional Patterns — The Nature of Order; Building as Sacred Practice Retreat from the World 14. Cordwood-to-mortar Ratio: An Analysis Consistency in Cordwood Build Quality Varying Wood-to-mortar Ratios Impact of Wood-to-mortar Ratio 15. Cordwood Cutoff Table for a Chainsaw by Rob Roy and Bruce Kilgore Fabrication Skills Needed You Will Also Need The Frame PART 3: CASES STUDIES FROM AROUND THE WORLD 16. The Arcus Center for Social Justice Leadership by Studio Gang Architects Why Wood Masonry? Learning from the Experts Playing by the Rules Thermal and Structural Constraints Pushing the Limits with Digital Tools Mixing It Up Not the End 17. My Cordwood Construction Evolution by Geoff Huggins Cordwood Constants. . .and Why Cordwood Embellishments. . .and Why 18. Adirondack Cordwood Cabin by Rarilee Conway (with James Conway) If I Was to Do It Again 19. Ravenwood: A Labor of Love in Northern New York by Bruce Kilgore (with Nancy Dow) Our Cordwood Odyssey A Five-year Plan The Trisol Design Breaking Ground Racing to Get the Roof On Cordwooding Commences Closed In! What Worked. . .and Hard Lessons Learned 20. Hexadecagons in Hawaii and Tasmania with Peter Robey and Blythe Tait (and with help from Ben Oliveros) Builder Ben Australia's First Council-approved Cordwood Residence? 21. The Hermit's Hut Cultivating Coincidence Siliconized Sealer 22. La Casa del Trunco Cultivating a Coincidence in Nicaragua Solentiname's Cordwood Homestead The Cordwood Dorm Room When We Got Home PART 4: ECONOMICS AND CODE 23. The Mortgage-free Cordwood Home The Grubstake The Land The Temporary Shelter Keep It Small Keep It Simple Use Recycled Materials Work Parties The Add-on House Strategy 24. Getting a Building Permit for a Cordwood Home Part 1: An Engineering Viewpoint by Dr. Kris J. Dick, P.E. and Professor A. M. Lansdown Part 2: A Code Enforcement Officer's Viewpoint by Thomas M. Kwiatkowski Part 3: Other Cordwood Code Issues by Rob Roy Afterword: Where We Go From Here Annotated Cordwood Masonry Bibliography Glossary of Terms Appendix: Products Index About the Author A Note About the Publisher

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Book Synopsis Skyrocketing energy costs and constant reminders of the impacts of conventional energy sources are making homeowners and businesses look at different ways to use energy more efficiently and to generate their own electricity to reduce fuel bills and their carbon footprint. Power From the Wind is the completely revised and updated edition of the go-to guide for individuals and businesses interested in installing small wind energy systems. Written for the layperson, this practical guide provides an accurate and unbiased view of all aspects of small wind energy systems, including: Wind and wind energy system options Ways to assess wind resources at your site Wind turbines and towers Inverters and batteries Installation and maintenance of systems Costs and benefits of installing a wind system. Readers will gain the knowledge they need to make wise decisions during the design, purchase

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Book SynopsisInspired by a growing body of evidence that developments centered on working farms can have a positive effect on human health, environmental sustainability, and real estate performance, this book identifies strategies to aid developers in creating and operating single-family, multifamily, or mixed-use communities built with a farm as a focus.Table of ContentsCHAPTER 1IntroductionThe Growing Trend of AgrihoodsTrends in Food andReal EstateAgrihood Features CHAPTER 2Best PracticesPlanning, Development, andOperationsSummary of Best PracticesLandFoodFinanceProgrammingCommunicationsHousing and DesignPeoplePartnershipsCHAPTER 3Further ConsiderationsPublic Sector GuidelinesFrequently Asked QuestionsGrowing the FieldNotes and Acknowledgments

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Book SynopsisExamines unhealthy corridors, including their prevalence and location, the conditions they share, and the impact they have on people's lives. The book also explores the land use and transportation decisions that give rise to and perpetuate their existence, as well as opportunities to use policy and practice to shape them into something better.

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Book SynopsisHack the Grid documents a series of large-scale light installations produced in Pittsburgh by New Mexicobased environmental artist Andrea Polli (born 1968), using the city's long history of energy and industry to interrogate issues from particulate pollution to wind power.

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Book SynopsisThe Fully Updated, Indispensible Study of Sustainable Design Principles Fundamentals of Integrated Design for Sustainable Building is the first textbook to merge principles, theory, and practice into an integrated workflow. This book introduces the technologies and processes of sustainable design and shows how to incorporate sustainable concepts at every design stage. This comprehensive primer takes an active learning approach that keeps students engaged. This book dispenses essential information from practicing industry specialists to provide a comprehensive introduction to the future of design. This new second edition includes: Expansive knowledgefrom history and philosophy to technology and practice Fully updated international codes, like the CAL code, and current legislations Up-to-date global practices, such as the tools used for Life-Cycle Assessment Thorough coverage of critical issues such as climate change, resiliTable of ContentsPreface xiii Contributors xv Acknowledgments xix CHAPTER 1 The Integrated Building Design Process 1 What Is Integrated Building Design? 1 The Process 1 The Focus Areas: Energy, Resources, and Indoor Environment 6 CHAPTER 2 A History of the Environmental Movements 15 Roots 15 Grassroots Movements 17 The Industrial Revolution 19 The Modern Chemical Revolution 20 Twin Tracks of Environmentalism: Conservation and Preservation Movements 21 The Ecology Movement 24 CHAPTER 3 International Conferences and Treaties 27 The Club of Rome 30 The International Conferences 31 After Kyoto 35 CHAPTER 4 The Emergence of Green Building and Green Building Policy 39 Defining Green Building 40 The Roots of Green Building 42 Environmental Toll 43 Green Building Today44 The History of US Energy Policy 46 Green Building Codes in the United States 49 The Road to Green Codes 51 In Summary 53 CHAPTER 5 Chemicals in the Environment, Buildings, and Humans 55 Emission, Transmission, Deposition, and Immission 55 Pathways of Transmission 61 The Right to Know: Chemical Transparency 63 Green Chemistry and Building Materials 72 Rethinking Building Systems 73 Air Systems 74 CHAPTER 6 Fundamentals of Indoor Air Quality 79 Leon Alevantis, MS, PE, LEED AP Why Is Good IAQ Important? 79 Contributors to IAQ 80 Types of Indoor Pollutants 81 Pushing the Envelope for IAQ Design 84 CHAPTER 7 Indoor Environmental Quality Issues 93 What Is IEQ? 93 Other IEQ Issues 103 Benefits of Good IEQ 104 CHAPTER 8 How Buildings Use Energy 107 Energy in the Life Cycle of a Building 107 Evolution of Buildings and Its Impact on Energy Consumption 107 Operating Energy Use Patterns 110 Heat and Heat Transfer Modes 111 Climate and Weather 114 Traditional Design Response to Climate 118 Occupant Needs 118 Conclusion 123 CHAPTER 9 Reducing Energy Loads 125 Predesign: Site Selection, Building Size, and Transportation 126 Site Analysis 126 Massing and Orientation 128 Building Envelope 128 Lighting 138 Plug Loads 141 Passive Design 142 Case Study: School in Damascus, Syria 149 CHAPTER 10 Energy-Effi cient HVAC Systems 155 Central versus Decentralized Systems 156 Decentralized Systems 156 Central Heating and Cooling Systems 159 HVAC Controls 165 Domestic Hot Water 167 Thermal Zoning and Impact of Architectural Design 167 Preliminary Design Guidelines 168 CHAPTER 11 Energy Modeling and Measurement 171 Metrics for Energy 171 Site Energy and Source Energy 172 Metering, Submetering, and Benchmarking 173 Energy Modeling 176 Energy Modeling Tools 180 Using Modeling to Drive Integrated Cost Estimation 183 CHAPTER 12 Net Zero Energy and Renewable Energy Systems 187 NZE Definitions 187 On-site Renewable Energy Generation 188 NZE Technical Potential 193 NZEB Design Issues 194 NZE at Community Scale 196 Utility Grid and Distributed Generation 196 NZE in Policy 198 Case Studies 199 CHAPTER 13 Climate Change and Resilience 207 The Science 208 CHAPTER 14 How Buildings Use Resources 223 What Are Natural Resources? 223 CHAPTER 15 Materials Selection and Product Certification 239 The Benefits of Healthy Skepticism 239 Materials Have Multiple Impacts 240 The Bases for Materials Selection 240 Making Contact with Technical Staff 244 Environmental Product Declarations 244 Emissions Testing 245 Product Certification, Rating, or Label 246 Tools: Putting It Together 250 CHAPTER 16 How Built Landscapes and Buildings Contribute to Water Quality and Conservation 259 Jamie Phillips and Kevin Conger, CMG Landscape Architecture The Urban Watershed: Watershed Function 259 National Water Policy 260 Pollutants of Concern in the Landscape 261 Urban Stormwater Management: Low]Impact Design 263 Site Design: Primary Goals 263 Preservation and Protection of Creeks, Wetlands, and Existing Vegetation 263 Treatment Control BMPs 264 Water Conservation in the Landscape 269 Water Use and Energy Use in Buildings 270 CHAPTER 17 Sustainable Neighborhoods and Communities 275 Aaron Welch, Saneta deVuono-Powell, and Matt Raimi, Raimi + Associates What Are Sustainable Communities? 275 A Brief History of Sustainable Planning 276 History of Conventional Development 276 Components of Sustainable City Planning 287 Conclusion 301 CHAPTER 18 Rating Systems and Practice Tools 303 What Is a Rating or Certification System? 303 Living Building Challenge Mission 309 The WELL Building Standard by Delos 310 Regional Systems 312 Ed Mazria and the 2030 Challenge 315 Practice Tools that Drive the Rating System 316 CHAPTER 19 Life-Cycle Assessment 321 Definitions 322 Standards and Methodology 323 Components 324 CHAPTER 20 Waste Management and the Building Industry 337 Waste Impacts 338 Waste Cycles 339 Defining Waste 340 Waste Streams 340 Hospital Waste 341 Integrated Waste Management 342 Benefits of Construction Waste Management 343 Green Demolition 344 Incineration 346 Waste to Fuel 346 Best Practices 346 Diversion 348 Design for Disassembly 348 Construction Waste Management Plans 350 Other Job]Site Waste Strategies 350 Zero Waste 353 Glossary 357 Index 363

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Book Synopsis

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