1 Sustainable Design and Construction with Wood in Sustainable Design and Construction with Wood in the John T. Lyle Center for Regenerative Studies the John T. Lyle Center for Regenerative Studies Hofu Wu, ArchD. FAIA Cal Poly Pomona Betsey Olenick Dougherty, FAIA Dougherty + Dougherty, Architects INTRODUCTION INTRODUCTION • Regenerative Concept • Waste = Food, Solar Income • Living Laboratory • Demonstration, Research, and Education Current through Current through- put living pattern put living pattern Excavate Manufacture Consume Waste Regenerative Cycle Regenerative Cycle Consume Regenerate Manufacture Excavate Waste = Food Cradle to Cradle Mission: Mission: To restore three major systems 1) Natural and biological systems: plant, animal, agriculture and food production, aquaculture, water recycling, nutrient cycle, composting, and others. 2) Built-environment systems: energy-efficient buildings, building materials, waste management / Recycling energy harvesting, i.e. 1. PV, 2. solar hot water, 3. wind power. 3) Human and social systems: community building, interpersonal and organizational behavior, facilities operation. Historical Retrospect: Historical Retrospect: 80’s – Programming began in graduate studios. ’90 – ‘92 Schematic design & fund-raising began. ’93 – Construction started, Dougherty + Dougherty as the architect of record. ’94 – LCRS occupied with students and faculty. ’96 – USGBC LEED rating criteria was initiated. ’01 – Refurbish part of deteriorated wood siding. ’05 – Current MSRS program started.
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Sustainable Design with Wood at LCRS-wu. Hofu...Tjibaou Cultural Center Noumea, New Caledonia, Renzo Piano Architects Chesapeake Bay Foundation Annapolis, Maryland Woods Hole Research
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Sustainable Design and Construction with Wood in Sustainable Design and Construction with Wood in the John T. Lyle Center for Regenerative Studiesthe John T. Lyle Center for Regenerative Studies
• Regenerative Concept• Waste = Food, Solar Income• Living Laboratory• Demonstration, Research, and Education
Current throughCurrent through--put living pattern put living pattern
Excavate Manufacture Consume Waste
Regenerative CycleRegenerative Cycle
Consume
Regenerate Manufacture
Excavate
Waste = Food Cradle to Cradle
Mission:Mission: To restore three major systems1) Natural and biological systems:
plant, animal, agriculture and food production, aquaculture, water recycling, nutrient cycle, composting, and others.
2) Built-environment systems:energy-efficient buildings, building materials, waste management / Recycling energy harvesting, i.e.
1. PV, 2. solar hot water,3. wind power.
3) Human and social systems:
community building, interpersonal and organizational
behavior, facilities operation.
Historical Retrospect:Historical Retrospect:80’s – Programming began in graduate studios.’90 – ‘92 Schematic design & fund-raising began.’93 – Construction started, Dougherty + Dougherty
as the architect of record.’94 – LCRS occupied with students and faculty.’96 – USGBC LEED rating criteria was initiated.’01 – Refurbish part of deteriorated wood siding.’05 – Current MSRS program started.
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Sustainable SiteSustainable Site• Site selection - next to landfill• Bus and shuttle - public transportation • Encourage biking with changing facility• Protect and restore wet land
Reduced Site DisturbanceReduced Site Disturbance
Human use area
Wetland
Solar park
PondsPonds
Near public transportation (Shuttle)
Alternative fuel refueling station
Min. parking area provided
Design PrinciplesDesign Principles
• Bio-Climatic Design • Passive Solar Heating – Direct Gain• Passive Cooling - Thermal mass, Natural
Ventilation and Earth Coupling• Daylighting, Indoor Environmental Quality• Aquaculture and Water Efficiency
Tjibaou Cultural CenterNoumea, New Caledonia, Renzo Piano Architects
Chesapeake Bay FoundationAnnapolis, Maryland
Woods Hole Research CenterWoods Hole Research CenterBill McDonough & Partners Building orientated toward the sunBuilding orientated toward the sun
Direct Direct GainGain
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Glenn Glenn MurcuttMurcutt
Riverfront Riverfront BuildingBuilding
Passive CoolingPassive Cooling
Typical Wood ConstructionTypical Wood Construction
• Financially viable• Matured technology• Easy integration with other materials • Achievable “green” strategies• Renewable resources• Recycled potentials
Renewable ResourcesRenewable Resources
• Prior to the beginning of Forest Stewardship Council and Certified Wood
• From fast growing trees – young trees• Non-toxic sealer – soak in linseed oil• Maximize young tree with 6” plank
Choice of wood siding materialExterior surface treatmentResist external abusesIntegration of Technology and DesignGreen Building Requires Frequent Up-keepOperations and Community Behavior
Sustainable Technology ApplicationSustainable Technology Application Outreach Appropriate TechnologyOutreach Appropriate Technology Ponder SustainabilityPonder SustainabilityThink globally, act locallyFor the next to the next generationMake it better than just “do your best”Recruit a friend, don’t do it aloneGet to the source, not just putting out fire