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AGENDA. Overview of Green Building/LEEDCase Study of Rinker HallDesign InitiativesSustainable SiteWater EfficiencyEnergy SavingsMaterial SelectionsIndoor Environmental QualityConstruction InititativesConstruction Indoor Air QualityConstruction Waste ManagementCosts for LEED InititativesW
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1. Rinker HallLEED Certification Strategy
2. AGENDA Overview of Green Building/LEED
Case Study of Rinker Hall
Design Initiatives
Sustainable Site
Water Efficiency
Energy Savings
Material Selections
Indoor Environmental Quality
Construction Inititatives
Construction Indoor Air Quality
Construction Waste Management
Costs for LEED Inititatives
Why Choose LEED?
3. OVERVIEW Overview of
Green Buildings
&
LEED
4. WHAT IS GREEN BUILDING? High Performance/Sustainable Buildings – Definition
Resource-efficient – water, energy, materials, land
Ecological Design
Healthy Buildings
Energy Efficient Buildings
“Factor 10 Reduction” – 100,000 BTU/HR/YR to 10,000 BTU/HR/YR
5. WHAT IS LEED? Leadership in Energy and Environmental Design
A standardized certification process for energy-efficient, high-performance, sustainable buildings
U.S. Green Building Council (USGBC) is the proponent of LEED
www.usgbc.org/LEED
6. ABOUT LEED CERTIFICATION Point System (69 Total Points)
Certified: 26 points
Silver: 33 points
Gold: 39 points
Platinum: 52 points
Register Project at Anytime
Evaluated AFTER Project Completion
Review Prior to Completion
Point Interpretation Available
1st 2 points – FREE
$220 each additional point
7. LEED POINT SYSTEM
8. CASE STUDY: RINKER HALL
9. OVERVIEW: CAMPUS IMPACT
First GOLD LEED building in Florida
Sets a high standard for design
Provides a very productive,
healthy environment for students,
staff, and faculty
Demonstrates advanced use of
computer simulation for energy and
daylighting
Shows that low O&M buildings can be realized
10. RINKER HALL LEED Design
Approach
11. SUSTAINABLE SITE Replaced existing parking lot
Parking: car/van pools and handicapped only
Adjacent to campus bus stop
Bike racks & shower facilities
Density: adjacent to 3 & 4-story student housing complex
Energy Star roof – TPO
Existing trees preserved
Reusing landscaping from other projects
12. WATER EFFICIENCY Rainwater harvesting
Low-flow fixtures
Electronic faucets
Waterless urinals (right)
Reclaimed water system for irrigation
13. WATER EFFICIENCY
14. ENERGY SAVINGS Building Envelope/High Performance Wall
Lighting Controls/Fixtures: Photocells/Motion Detectors
Façade Wall Shading
15. ENERGY SAVINGS “Rainscreen” Metal Wall Panels
Thermally broken curtainwall, insulclad aluminum doors
Low-e, insulated glass
Cellulose & rigid insulation; wood strips
16. MATERIAL SELECTIONS Resource Reuse (Bricks)
Recycled Content (Cellulose Insulation)
Rapidly Renewable (Linoleum, Agriboard)
Certified Wood (wood doors, cabinetry)
Local/Regional Materials (Assembly)
17. MATERIAL SELECTIONS Brick (right)
Hume Hall demolition
Cleaned & palletized by Students
Stored for use
Irrigation PVC for brick weeps
18. MATERIAL SELECTIONS Structural Steel
Metal Wall Panels
Railings, Stairs
Concrete
Drywall
Brick/block
Curtainwall, storefront
19. MATERIAL SELECTIONS
Linoleum flooring
Wood doors from certified sustainable forest
Agriboard (pressed straw) cabinetry
20. IEQ (Indoor Environmental Quality) Daylighting Strategies
Central Atrium
Daylighting Louvers
Low-emitting/VOC materials
Pure Performance Paints by Pittsburgh Paints (rated by Environmental Building News as "Product of the Year")
Environmentally sensitive adhesives
Operable windows
No Smoking Policy
21. IEQ (Indoor Environmental Quality) Building orientation
Central, 3-story atrium
14 pyramid skylights
Sloped “lightwells” in center-core
Daylighting louvers
Sloped acoustical ceilings in classrooms
Level 5 drywall finish
White paint
22. IEQ (Indoor Environmental Quality)
23. RINKER HALL Construction
Approach
24. CONSTRUCTION IAQ Eliminate dust, dirt at ductwork
Store products off floor (drywall, insulation)
100% outside air flush prior to occupancy
No smoking policy during construction
25. CONSTRUCTION IAQ Return air filter media
Temporary window protection
Temporary entrance grates
26. WASTE MANAGEMENT
27. WASTE MANAGEMENT
28. WASTE MANAGEMENT
29. RINKER HALL Costs of
LEED Initiatives
30. LEED COSTS: Daylighting
31. LEED COSTS: Energy Savings
32. LEED COSTS: Rainwater Harvesting
33. LEED COSTS: Miscellaneous
34. WHY? Why Choose
LEED?
35. WHY CHOOSE LEED? Energy savings: 7-year payback
Healthier learning environment
Lower incident of “sick building syndrome”
Upgraded quality of design
Lower water bills
Increased individual thermal comfort
Increased customer satisfaction