Public Policy Ranking Criteria
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Water |
Wastewater |
Solid Waste |
Public Transit |
Local Roads & Bridges |
Cultural |
Recreation |
Tourism |
Energy improvement |
Connectivity |
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Shared criteria |
1. Has broad support in the community; | • |
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| 2. Addresses its impact on the various climate parameters and adapts to the potential risks posed by future climate change; | • |
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3. Minimizes impact on climate change by:
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| 4. Fosters alliances between public and private sector, and encourages an AFPA; | • |
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| 5. Uses best practices for technologies and construction; | • |
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| 6. Improves energy usage and efficiency; | • |
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| 7. Features closed-loop resource management (wastewater, biosolids and waste re-use and recycling, power generation derived from treatment process or solid waste, and passive energy sources); | • |
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| 8. Reduces or eliminates potential health risks; | • |
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| 9. Is based on a strategy for local water and wastewater management providing for long-term sustainability including appropriate metering and pricing; | • |
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10. Is supported by a business case that addresses:
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| 11. Reduces or eliminates potential impacts or risks associated with disasters; |
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| 12. Improves transportation system efficiency (e.g., cost per passenger-km, capacity for passenger throughput in corridors); |
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| 13. Gives consideration to alternatives to the Project being proposed; |
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| 14. Improves transportation and public safety and security; |
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| 15. Minimizes other air contaminants from transportation; |
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| 16. Improves access to business, employment and educational opportunities for local citizens, including Aboriginal peoples; |
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| 17. Promotes the use of innovative technology or processes in transportation, urban or rural, including the use of ITS technologies, where applicable; |
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| 18. Is a multi-use or multi-component facility; |
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Water |
19. Provides a multi-jurisdictional, multi-sectoral and integrated approach to drinking water that:
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Wastewater |
20. Addresses the management of storm water by, for example, separating wastewater systems from storm water systems; |
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| 21. Addresses long-term financial sustainability, which may include full cost pricing and contribute to integrated watershed management |
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| 22. Diminishes the frequency of sanitary and combined sewer overflows during rainfall; |
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| 23. Proposes a wastewater system that is equivalent in performance to secondary treatment with additional treatment if appropriate. |
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Solid waste |
24. Reduces waste to disposal and increases waste recycled or composted per capita; |
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| 25 Is based on full cost accounting. |
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Public transit |
26. Increases public transit mode share and ridership; |
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| 27. Implements transportation demand strategies to increase transit ridership or technologies to encourage system efficiency through transferability and integration between modes (e.g., fare and service integration); |
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| 28. Increases efficiency of access to major transportation facilities (e.g., ports, airports, railway stations); |
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| 29. Has been the subject of a cost-benefit analysis, particularly for larger Projects. |
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Local Roads & Bridges |
30. Considers the impact of the road investment on public transit within the same municipal and rural boundaries, and identifies mitigation strategies as appropriate; |
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| 31. Conforms to the Applicant's asset management plan containing performance measure indicators for local roads and bridges; |
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| 32. Improves transportation system performance (delay, travel time, etc.) |
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| 33. Promotes economic development, including access to markers, goods movement costs, tourism, etc. |
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Cultural |
34. Is coherent with a sound local cultural strategy |
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| 35. Contributes to overall community sustainability |
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| 36. Increases the Applicant's capacity to reach new audiences, and to enhance and diversify its program offerings |
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| 37. Will have a positive overall impact on the availability of spaces for artistic creation, presentation or innovation, for the preservation and presentation of heritage collections, in a multi-use or multi-component environment |
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| 38. Complements the local, provincial or national network of cultural Infrastructure for arts and heritage activities |
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| 39. Benefits other artistic and heritage organizations locally, regionally, provincially, or nationally, and where applicable, internationally |
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| 40. Contributes to the designation, preservation and renovation of heritage sites |
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| 41. Is endorsed by arts and heritage communities |
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| 42. Meets all applicable federal/provincial/municipal standards for the use of First Nations residents and Inuit |
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Recreation |
43. Targets disadvantaged neighborhoods |
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| 44. Proposes an Infrastructure for safe and accessible physical activities, sports and recreation that will contribute to the social, personal and economic development of the community |
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| 45. Ensures that the facility will be used for the broad-based delivery of sports, physical and recreational programs |
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| 46. Increases public access and participation to the facility or recreational activities |
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| 47. Provides safe and equitable access to the Project's indoor, outdoor and natural facilities |
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| 48. Fosters community partnerships to maximize benefits from the Project |
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| 49. Designs, if possible, the proposed Infrastructure facility to meet international competitive standards approved by national sport organizations |
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| 50. Encourages active living and active transportation (bicycle and recreational trails) based on official community plans |
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| 51. Encourages, supports and increases opportunities for all, and disadvantaged groups in particular to engage in physical activity |
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Tourism |
52. Increases the number of tourists visiting the community |
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| 53. Increases the average length of stay of tourists visiting the community |
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| 54. Demonstrates a growth-generating impact on the region (in terms of economic spinoffs, complementarity of Infrastructure, attraction of a new clientele, etc |
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| 55. Proposes tourism facilities that are environmentally sustainable |
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| 56. Increases the appreciation of the environment through tourism |
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| 57. Is part of a broader tourism strategy for the local community |
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Energy Improvement |
58. Reduces GHG, with greater consideration for Projects with larger reductions, and taking into account the cost-effectiveness of the reductions per federal dollar provided |
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| 59. Increases comfort for occupants of building |
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| 60. Is supported by the presence of local climate change plan |
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| 61. Reduces air pollution |
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| 62. Increases energy efficiency, diversity and security |
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63. In the case of cogeneration and district energy systems:
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| 64. In the case of a building, addresses the use of heating and cooling systems using renewable sources, such as ground-source heat pumps, high-efficiency/low-emission biomass combustion systems, solarwalls (solar pre-heat of fresh ventilation air) and solar hot water systems |
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Connectivity |
65. Benefits the communities it connects and improves the delivery of public services |
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| 66. Provides points of presence connections to communities that allow for reasonable subscriber rates for their residents and businesses |
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| 67. Improves the quality, accessibility and effectiveness of e-health |
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| 68. Ensures that technological solutions are appropriate, available, and scaleable for future needs |
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| 69. Will benefit from private-sector investment and involvement in managing and operating the network |
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| 70. Meets the needs of minority and indigenous cultures and languages |
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| 71. Encourages the involvement of Aboriginal businesses |
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