Sustainable site planning_basics

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Presentation outlining the basic elements of planning and designing a sustainable construction/development site.

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Sustainable site planning_basics

  1. 1. Sustainable Site PlanningBasics BOB FAULHABER - PE, LEED AP Faulhaber Engineering & Sustainability
  2. 2. “ They paved paradise And put up a parking lot.” Joni Mitchell Big Yellow Taxi
  3. 3. Sustainable Site PlanningIts all about the process!!! Typical Process Preferred Process ● Architect ● Architect + Engineer ● Preliminary Design ● Preliminary Design ● Engineer ● Engineer + Architect ● Final design ● Final design
  4. 4. Sustainable Site PlanningObjective of the Presentation● Basic Tool box for site planning● Explain green methods and techniques● Facilitate green techniques● Create better designs/facilities
  5. 5. Site Planning BUZZ WORDS LID - Low Impact Design/DevelopmentRaingardens Pervious Pavement Bioretention Heat Island Effect Impervious Surface LEEDXeriscaping
  6. 6. Sustainable Site Planning What is a sustainable site plan?" A site plan that that has the leastenvironmental impact while still meeting theclients project goals.""Green design is only sustainable if itmakes sense financially as well."
  7. 7. Sustainable Site PlanningWhat is a sustainable site plan? WHY NOT??!!
  8. 8. Sustainable Site PlanningWhat is a sustainable site plan?● Site selection is environmentally responsible● Building orientation is optimized● Impervious surfaces are minimized● Site disturbance is minimized● Stormwater quantity and quality is considered● Landscaping is water efficient and active
  9. 9. Sustainable Site PlanningTopics to Cover● Site Selection● Site/Building Layout● Impervious Surfaces● Grading Considerations● Stormwater Management● Landscape Design
  10. 10. Site Selection
  11. 11. Site SelectionConsiderations● Limit development within/on ○ 100 year floodplains ○ Prime farmland as defined by the USDA ○ 100 of wetlands ○ 50 of high quality bodies of water ○ Habitat for endangered or threatened species
  12. 12. Site SelectionConsiderations● Select previously developed sites ○ Greyfields ○ Brownfields● Select sites that encourage ○ Non-motorized tranportation ○ Use of public transportation
  13. 13. Site Layout
  14. 14. Site LayoutBuilding Orientation● Energy savings of 25% +● 80 can make a significant difference● Elongate on East/West axis● Maximize N & S exposure for daylighting● Minimize East & West facing windows● Orient most populated areas to N & S
  15. 15. Site LayoutBuilding Orientation
  16. 16. Impervious Surfaces
  17. 17. Impervious SurfacesEffects on the water cycle● Limit groundwater recharge● Increase polutant load● Increase runoff● Create heat island effect
  18. 18. Impervious SurfacesReduce Impervious Surfaces● Minimize parking areas ○ Zoning code minimum or less ○ Incorporate compact car spaces when possible ○ Reduce lane sizes● Plantings in and around parking areas● Green Roofs
  19. 19. Impervious Surfaces Reduce Impervious Surfaces● Pervious paving options ○ Pervious pavement ○ Pervious concrete ○ Permeable pavers ○ Grasspave systems
  20. 20. Grading and Slopes
  21. 21. Grading and SlopesLimit Site Disturbance● <40 feet beyond the building perimeter● <10 feet beyond surface walkways, patios, surface parking, and utilities● <15 feet beyond primary roadway curbs● <25 feet beyond constructed areas with permeable surfaces (pervious paving, stormwater detention, and playing fields)
  22. 22. Grading and SlopesGeneral slope considerations● Parking areas - 2%-5%● Drives - 2%-8%● Vegetated slopes - 3:1 or less● Vegetated swales - 1%-15%● Pervious pavement - 0%-5%
  23. 23. Stormwater Mangement
  24. 24. Stormwater ManagementQuanitity● Maintain pre-development hydrology ○ Rate - usually required ○ Quantity
  25. 25. Stormwater ManagementHydrology● Stormwater Quality ○ Best management practices (BMPs) ■ Structural ■ Non-structural ■ VEGETATIVE
  26. 26. Stormwater ManagementBest Management Practices Why Not Trade THIS for THIS
  27. 27. Stormwater ManagementBest Management Practices Why Not Trade THIS for THIS
  28. 28. Stormwater ManagementBest Management Practices● Raingardens/Bioretention ○ 6"-12" deep ○ 8%-10% of site area ○ <1/2 acre drainage area ■ up to 2 acres possible
  29. 29. Stormwater Management Best Management Practices● Raingardens/Bioretention ○ landscape islands ○ 4-10+ between parking rows ○ 8-10 for double loaded
  30. 30. Stormwater ManagementBest Management Practices
  31. 31. Landscape Design
  32. 32. Landscape DesignConsiderations● Limit potable water use ○ Use Native Species ○ Place landscape areas to receive runoff ○ Use captured rainwater
  33. 33. Landscape DesignConsiderations● Shade large hardscapes● Shade buildings in summer, allow sunlight in during winter
  34. 34. Landscape DesignConsiderations● Place to filter and clean stormwater ○ Raingardens in parking areas ○ Bioretention rather than retention ponds
  35. 35. Resources1. The Sustainable Sites Initiative2. The United States Green Building Council3. Portland Sustainable Stormwater Management Program4. US EPA 1. Stormwater management 2. LID Techniques5. The Center for Watershed Protection6. Prince Georges County Maryland - Division of Environmental Protection
  36. 36. Sustainable Site Planning Basics QUESTIONS? COMMENTS? www.fesconsulting.com www.thegreencivilengineer.com BOB FAULHABER - PE, LEED AP Faulhaber Engineering & Sustainability

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