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Reduce GHG emissions from the Canadian on-road fleet of light duty vehicles by 5.3 Mt in 2010 compared to GHG emissions forecasted by the Governments 1999 Transportation Table Study. The GHG reduction covers all GHGs recognized by the Kyoto Protocol that apply to the Canadian Auto Industry (e.g. CO2, N2O, CH4, & HFCs) equated to a CO2 equivalent using generally accepted global warming potential (GWP) weighting factors. |
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Meet interim GHG reduction targets of 2.4, 3.0, and 3.9 Mt in 2007, 2008, and 2009 respectively. |
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Continue efforts to develop and introduce advanced emission technologies including hybrid powertrains, cylinder deactivation technology, advanced diesel technology, alternative fuel compatible vehicles and other emerging technologies that are also being developed for the entire North American market on a coordinated basis. This will leverage the necessary economies of scale of the entire integrated North American new vehicle market to achieve commensurate GHG reductions. |
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Continued introduction of Tier 2 level emissions control systems which reduce N2O emissions from new vehicles and, in conjunction with cleaner fuels, the N2O emissions of the entire fleet. |
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Bring forward technologies that promote on-road fuel savings, such as on-board diagnostics and tire pressure-monitoring systems which improve vehicle maintenance and minimize the on-road deterioration of fuel consumption versus a vehicles original design capability. |
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Help Canadians understand what they can do to reduce GHG emissions and support positive consumer and driver behaviour with respect to the purchase, maintenance, and operation of cars and light duty trucks across Canada. |
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Encourage the expanded use of alternative fuels, such as ethanol, clean diesel, and bio diesel by working with the government and fuel providers in this regard. |
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Ensure that vehicle design and engineering improvements do not undermine vehicle occupant safety. |
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Work with the government to support Canadian-based research and development related to future technologies that have a long range potential to significantly reduce GHGs in the post Kyoto period. Examples of such technologies include hydrogen fuel cells, the development of a hydrogen infrastructure in Canada and other emerging technologies that are also major initiatives in the U.S. |