big cottonwood canyon personal rapid transit feasibility
play

Big Cottonwood Canyon Personal Rapid Transit Feasibility Study - PowerPoint PPT Presentation

Big Cottonwood Canyon Personal Rapid Transit Feasibility Study Civil and Environmental Engineering Senior Design University of Utah Challenges Within the Canyon Challenges Within the Canyon Activities Within the Canyon Activities Within


  1. Big Cottonwood Canyon Personal Rapid Transit Feasibility Study Civil and Environmental Engineering Senior Design University of Utah

  2. Challenges Within the Canyon

  3. Challenges Within the Canyon

  4. Activities Within the Canyon

  5. Activities Within the Canyon

  6. Activities Within the Canyon

  7. Activities Within the Canyon

  8. Activities Within the Canyon

  9. Activities Within the Canyon

  10. Population/Visitor Increase

  11. Daily Traffic in Big Cottonwood Canyon

  12. Emergency Services Response Times Influenced by Traffic Congestion

  13. Project Overview ● Transportation Options and PRT Background Austin Meyers ● PRT Design Aimee Mojzisik ● Economic Analysis Ryan Barton ● Sustainability Ryan Barton

  14. Previous Studies ● 47 Previous Studies ● 130 Transportation Solutions Evaluated

  15. Parking Toll Summer Shuttle

  16. Bus Rapid Ski Tram Transit Light Rail Monorail Widen Roadway

  17. Access to Outdoors 35% Recreational Oppurtunities 28% Environmental Impact 37% 0% 10% 20% 30% 40%

  18. Social Media Surveys ● Utah Back Skiing Touring ● Hike the Wasatch ● 54 Surveys

  19. Most Important Transportation Qualities ADA Compliant (disabled person access) 3.1 Privacy 3.02 Visual Appeal 3.38 Comfort 4.72 Safety 6.76 Short Travel Time 6.88 Energy Efficient 5.31 Low Cost 6.84 Flexible Departure/Arrival 7.37 Reliability 8.26 0 1 2 3 4 5 6 7 8 9

  20. Facebook – Survey Summary Fare less than $3 Travel Time less than 30 min Wait Time less than 10 min 0% 20% 40% 60% 80% 100%

  21. Intro to Personal Rapid Transit (PRT) ● Small Environmental Foot Print ● 2 to 8 Passengers ● Automated

  22. Existing ATN Systems 2getthere, Masdar City, UAE Ultra, Heathrow Airport, UK Vectus, Uppsala, Sweden Vectus, Suncheon, Korea 2getthere, Rivium, The Netherlands Modutram, Guadalajara, Mexico Credit: PRT Consulting

  23. PRT PRT Transit Transit Destination Station 1 Station 2 Station 3 Station 4 Credit: PRT Consulting

  24. PRT PRT Transit Transit Destination Station 1 Station 2 Station 3 Station 4 Credit: PRT Consulting

  25. Size Reference PRT

  26. PRT Qualities Reliable Flexible Departure/Arrival Minimal Environmental Footprint Short Travel Time Quiet

  27. SAFETY DESIGN AESTHETICS FUNCTION CONSIDERATIONS CONVENIENCE

  28. Design Considerations - Safety

  29. Design Considerations – Aesthetics and Conceptual Alignment Function

  30. Design Considerations – Aesthetics and Function Above-Grade At-Grade

  31. Design Considerations - Aesthetics

  32. Design Considerations – Aesthetics and Convenience

  33. Design Considerations – Convenience Possible Station Locations Donut Falls Silver Fork Lodge S-Curve Solitude Mountain Park N’ Ride Silver Lake Brighton

  34. Design Considerations – Convenience Donut Falls MAIN GUIDEWAY STATIO N BYPASS ARRIVALS STAGING DEPARTURES STAGING

  35. Design Considerations – Elevation Changes S-Curve ≈ 16% grade

  36. Anticipated Future Ridership Park N’ Ride

  37. Origin-Destination Modeling Donut Falls Silver Fork Lodge S-Curve Solitude Mountain Park N’ Ride Silver Lake Brighton

  38. Required Fleet Size based on Simulations 400 349 327 350 Fleet size 300 (vehicles) 250 203 185 200 150 100 64 56 50 0 2025 2040 2050 Year

  39. Conceptual Design Characteristics ● Number of Stations: 7 ● 40% Above-grade ● 60% At-grade ● 340 Podcars

  40. Cost and Value Economic Analysis Sustainability • Capital Costs • ISI Envision • Recurring Costs • Financing • Fares

  41. Capital Costs • Guideways • Stations • Vehicles • Facilities • Control system • Land Acquisition • Contingency increase of 30%

  42. COST DISTRIBUTION OVER 30 YEARS Pod Cars, $84M Initial Capital Costs, $361M Operation and Maintenance, $227M

  43. Capital Cost Comparisons $600 $535 Capital Cost (Millions) $480 $500 $360 $400 $300 $194 $200 $100 $0 Big Cottonwood TRAX Sandy ‐ TRAX Mid ‐ Planned TRAX Canyon PRT Draper Jordan Line Draper ‐ Lehi

  44. Distances of Systems 16 14.5 14 12 Distance (Miles) 12 10.6 10 8 6 3.5 4 2 0 Big Cottonwood TRAX Sandy ‐ TRAX Mid ‐ Planned TRAX Canyon PRT Draper Jordan Line Draper ‐ Lehi

  45. Stations of Systems 12 10 Number of Stations 10 8 7 6 5 3 4 2 0 Big Cottonwood TRAX Sandy ‐ TRAX Mid ‐ Planned TRAX Canyon PRT Draper Jordan Line Draper ‐ Lehi

  46. Financing • Federal Sources • Business Interest • Initiatives • Public Private • Grants Partnership • State Funds • D.C. Purple Line • Sales Tax

  47. Business Model Public Funding Cost Per Deficit Recovery Rider Initial Deficit Earnings on Investment Fare Price Time From Start of Service 30 Years

  48. ISI Envision • Quality of Life • Leadership • Resource Allocation

  49. ISI Envision • Natural World • Climate and Risk

  50. PRT Meets the Needs of the Canyon ● Safety ● Convenience ● Economically Feasible ● Low Impact ● Sustainable

  51. Big Cottonwood Canyon Personal Rapid Transit Feasibility Study Civil and Environmental Engineering Senior Design University of Utah

  52. Special Thanks To: • Dr. Douglas Schmucker • Dr. Dave Eckoff • Peter Muller ‐ PRT Consulting • Nathan Koren ‐ Podaris • Brighton Ski Resort • Solitude Ski Resort

Recommend


More recommend