1. G. H. Schettler House Case Study © Robert. A. Young All rights reserved

2. G. H. Schettler House Case Study Historic Preservation –Building Conservation –Neighborhood Revitalization –Rehabilitation Tax Credits Environmental Controls –Passive Solar –Daylighting –Thermal Mass Sustainability –Energy Conservation –Resource Conservation –Urban Revitalization –Reduce/Reuse/Recycle –Enhance Livability

3. G. H. Schettler House Case Study First Floor–Before May, 2000

4. G. H. Schettler House Case Study Second Floor–Before May, 2000

5. G. H. Schettler House Case Study Timeline 1904 Constructed 1936 Converted to five apartment units 1961 Resumed use as single family home 1994 Purchased by current owner 2000 Rehabilitated back to single family home 2001 Historic Landmarks Commission Award Utah Heritage Foundation Award

6. G. H. Schettler House Case Study Goals Model a Process Reduce Natural Resource Consumption/Increase Comfort Reduce Waste/Increase Recycled Content Reduce Hazardous Contamination Be Financially Competitive

7. G. H. Schettler House Case Study Process Model Physical Assessment Performance Programming Schematic Design Design Review Construction Documents Construction Occupation/Commissioning

8. G. H. Schettler House Case Study Building Envelope Physical Assessment

9. G. H. Schettler House Case Study Infrastructure Physical Assessment

10. G. H. Schettler House Case Study Character Defining Features Physical Assessment

11. G. H. Schettler House Case Study Character Defining Features Physical Assessment

12. G. H. Schettler House Case Study Building Chronology 1936 SLC Tax Photo Physical Assessment

13. G. H. Schettler House Case Study Recreated Original 1904 Floor Plans Physical Assessment

14. G. H. Schettler House Case Study Construction Documents

15. G. H. Schettler House Case Study Construction

16. G. H. Schettler House Case Study Construction

17. G. H. Schettler House Case Study Construction

18. G. H. Schettler House Case Study Construction

19. G. H. Schettler House Case Study Reduce Natural Resource Consumption/ Increase Comfort Architectural Mechanical Thermal Control Plumbing Electrical/Lighting

20. G. H. Schettler House Case Study Reduce Natural Resource Consumption/ Increase Comfort Before Rehabilitation Heating Load: 135,075 Btuh Cooling Load: 48,077 Btuh After Rehabilitation Heating Load: 85,564 Btuh (36.7% lower) Cooling Load: 37,275 Btuh (22.5% lower)

21. G. H. Schettler House Case Study Architectural Brick construction Large/Tall windows

22. G. H. Schettler House Case Study Architectural Ceiling height Transoms Double-hung windows

23. G. H. Schettler House Case Study Architectural Operable skylight in stairwell

24. G. H. Schettler House Case Study Architectural Window upgrades

25. G. H. Schettler House Case Study Architectural Insulation upgrades

26. G. H. Schettler House Case Study Architectural Light colored roofing

27. G. H. Schettler House Case Study Architectural Light wall color

28. G. H. Schettler House Case Study Mechanical Thermal Control Central forced air furnace Split system air-conditioning Combustion air inlet

29. G. H. Schettler House Case Study Mechanical Thermal Control Two thermal zones Programmable thermostats

30. G. H. Schettler House Case Study Mechanical Thermal Control Gas-fired fireplace inserts

31. G. H. Schettler House Case Study Mechanical Thermal Control Paddle fan in kitchen

32. G. H. Schettler House Case Study Mechanical Thermal Control Attic ventilation fan Ridge vents

33. G. H. Schettler House Case Study Electrical/Lighting Daylighting

34. G. H. Schettler House Case Study Electrical/Lighting Tasklighting Upgraded appliances

35. G. H. Schettler House Case Study Electrical/Lighting Programmable timers Automated controls

36. G. H. Schettler House Case Study Plumbing Low flow water fixtures Low water use appliances DHW tank insulated

37. G. H. Schettler House Case Study Reduce Waste/ Increase Recycled Content Reduce demand for new materials Reuse existing materials Reduce landfill pressure

38. Stewardship of the Built Environment Reduce Waste/ Increase Recycled Content Case 1: Rehabilitate Original House New Materials Needed:24.5 tons Construction Waste:22.8 tons Total Material Stream:47.3 tons 85.9% recycled content from original construction. Case 2: Build New House in the Suburbs New Materials Needed:173.5 tons Construction Waste: 8.9 tons Total Material Stream:182.4 tons ~4X Case1 0% recycled content (no original construction to reuse). Case 3: Demolish House and Rebuild Comparable New House (but not a “Monster House”) New Materials Needed: 173.5 tons Construction Waste: 178.3 tons Total Material Stream: 351.8 tons~7.4X Case 1 0% or only nominal recycled content from original construction.

39. G. H. Schettler House Case Study Reduce Waste/Increase Recycled Content Percentage of Demolition Waste Material Total Weight Plaster/Lath62.2 Asphalt Roofing 9.8 Wood (flooring, framing, etc.) 6.6 Concrete 6.5 Cedar Shingles 3.8 Gypsum Board 3.4 Ceiling Tile 2.6 Aluminum 2.0 Insulation 1.3 Carpet 1.2 Carpet Pad 0.6 100.0

40. G. H. Schettler House Case Study Reduce Hazardous Contamination Asbestos Lead Indoor air quality

41. G. H. Schettler House Case Study Be Financially Competitive (2001) Project Cost: $215,000$84.42/sf Tax Credits: $ 41,800 Net Cost:$173,200$67.97/sf Overall Cost:$ 302,700$119.13/sf Note: Average cost for new construction locally was >$150/sf.

42. G. H. Schettler House Case Study North Parlor Before After

43. G. H. Schettler House Case Study Dining Room BeforeAfter

44. G. H. Schettler House Case Study Kitchen BeforeAfter

45. G. H. Schettler House Case Study Porch Before After

46. G. H. Schettler House Case Study Exterior Before After