Great Lakes Communities and Ecosystems
Solutions

POWER PLANT UPGRADES
Coal will likely continue to be a main source of the region's electricity for the next several decades. While the best way to reduce the impacts of climate change is a transition away from coal-based power, it is also critical to take steps to minimize the impacts of the coal that will be burned to generate electricity over the coming years.


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Solution strategies: SWITCH FUELS REDUCE POLLUTION INCREASE EFFICIENCY

In addition to the primary heat-trapping gas carbon dioxide, nitrogen oxide and black carbon soot are also emitted when we burn coal to generate electricity. Both pollutants contribute to human-induced climate change and air pollution. As long as coal-fire electricity plants are in service, steps can be taken to employ available emission reduction technologies. Such actions would contribute to reducing the impacts of climate change, as well as have ancillary benefits of reducing some of the other pollutants that coal-fired facilities emit, such as sulfur dioxide, mercury, arsenic, lead, cadmium, other toxic heavy metals, and trace amounts of uranium.

© 2003 Union of Concerned Scientists Renewable EnergyPower Plant UpgradesAgricultural PracticesCivic InstitutionsFishery ManagementForestry ManagementHabitat ManagementPublic Health PreparednessInfrastructure ImprovementSolid Waste ManagementVehicle DesignUrban PlanningEnergy UseWater Management
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