LEED™ Certification

1. LEED™ Certification

2. U.S. Green Building Council LEED Certification • Leadership in Energy and Environmental Design • Authored by the U.S. Green Building Council • Non-Profit Coalition Promoting the Understanding, Development and Implementation of Green Buildings (www.usgbc.org) • The Recognized Standard for Green Buildings

3. U.S. Green Building Council LEED Certification • Evaluates Environmental Performance From a Whole Building Perspective Over a Building’s Life Cycle • Uses a Point Rating System • Up to 69 Points Maximum • Levels Include LEED Platinum, Gold, Silver, and Bronze

4. LEED Rating Categories • Sustainable Sites • Water Efficiency • Energy and Atmosphere • Materials and Resources • Indoor Environmental Quality • Innovation and Design Process

5. One of America’s FirstLEED - Certified Buildings Pennsylvania Department of Environmental Protection South Central Regional Headquarters, Harrisburg, PA

6. USGBC - LEED Certification Site Credit 7 • Landscape and Exterior Design to Reduce Heat Island: 1-2 Points • Use Energy Star Roof Compliant, High Reflective and Low Emissivity Roofing (Initial .65 and Three Year Aged Reflectance of at Least .50) When Tested With ASTM E-408 for at Least 75% of the Roof Surface OR Install a “Green” (Vegetated) Roof for at Least 50% of the Roof Area.

7. USGBC - LEED Certification Site Credit 6 • Storm Water Management: 1-2 Points • No Net Increase in the Rate or Quantity of Storm Water Run-off From Existing to Developed Conditions; OR, if Existing Imperviousness is Greater then 50%, Implement a Storm Water Management Plan That Results in a 25% Decrease in the Rate and Quantity of Storm Water Run-off (Green/Vegetated Roofs)

8. USGBC - LEED Certification Materials Credit 4 • Recycled Content • Specify a Minimum of 25% of Building Materials That Contain in Aggregate a Minimum Weighted Average of 20% Post-Consumer Recycled Content Material, OR, a Minimum Weighted Average of 40% Post-industrial Recycled Content Material: 1 Point • Specify an Additional Minimum of 25% (50% Total) of Building Materials That Contain in Aggregate, a Minimum Weighted Average of 20% Post-Consumer Recycled Content Material, OR, a Minimum Weighted Average of 40% Post-industrial Recycled Content Material: 1 Point

9. Converting Low Slope Roof Areas to Standing Seam Metal

10. Advantages • Improves Aesthetics of Facility • Retrofit can be Installed Directly Over Existing Roof System • Eliminates cost of removal of existing roof • Building remains watertight • Interior of facility never exposed to elements of weather

11. Advantages • Low Life Cycle Cost • Use of Lightweight Framing System Avoids Load Issues • Structural analysis completed before design • System engineered to assure excellent resistance to negative wind uplift pressures

12. Before Picture

13. RTU-3 Condenser Unit on Roof Top RTU-3 7 ton unit will be relocated to custom platform by crane.

14. HVAC Concrete Pad Pour

15. HVAC Units HVAC Units relocated from roof to ground

16. FANG Building #2 & 3 Building #3 horizontal framing members layout. Existing roof gravel removed to membrane.

17. Materials Lay Down Area CURA Framing System materials arrive on job site. Stored in laydown area until move to roof top.

18. CURA Framing System East Coast System mobilized. Initial installation of CURA Framing System. Perimeter Channel

19. CURA Framing System CURA Framing System materials moved to roof top Horizontal and vertical purlins installed front of Building #2

20. Core Cut of Skylight Progress photos of roof replacement. R-Mer Span Standing Seam panels installed over CURA Framing

21. Vertical Framing CURA Framing vertical framing members with top mount adjustable clips.

22. Vertical Member Installation

23. Front Roof Sections Side view of Building #2 front roof section installation. Roofing panels just installed over framing system.

24. Exhaust Fan Exhaust fan extension through new R-Mer Span Roof

25. Exhaust Fan Exhaust fan upper photo

26. FANG Building #2 & 3 R-Mer Span Standing Seam roof panels installed over CURA Framing

27. Front Photo Building #2

28. After Construction

29. After Construction

30. Design Build Delivery Method

31. Trend in Commercial Roofing • The Design Build Delivery Method • The Design Build Process Gives an Owner One Single Point of Contact • Turn Key Delivery From Architectural and Engineering Design Through The Final Punch List

32. Trend in Commercial Roofing • Advantages of Design Build Process • Single Source Accountability • Design Build Firm is responsible for all aspects of the project • Accelerates Completion Dates • Specifications/Drawing completed in 10-14 days • Optimizes Project Efficiencies • Other trades can be included in the process

33. Trend in Commercial Roofing • Eliminates Change Orders and Cost Overruns • Firm price is determined at the onset of the project • Eliminates Re-Designs • Design-Builder is 100% accountable for all outcomes • Guarantees Specified Performance • Design-Builder guarantees project is delivered on time and in budget

34. Q & A THANK YOU!!!