Washington County Coal Plant (GA)

SELC is working with a coalition of conservation, clean energy and faith organizations to fight a proposed 850-megawatt conventional coal-fired power plant in Washington County, Georgia. The plant is proposed by Power4Georgians, LLC, a joint venture of ten non-profit electric membership corporations (EMCs) and would cost at least $2 billion.

The proposed plant would emit thousands of tons of soot- and smog-forming pollutants every year in a county already experiencing high levels of air pollution. Mercury from the plant would contaminate the Ogeechee River, which is already so polluted with mercury that the state health department limits the amount of fish that should be eaten from the river. The plant would consume up to 16 million gallons of water a day, at a time when the entire state of Georgia is struggling to make do with limited water resources.

The Wrong Solution

The EMCs assert that the new plant is necessary to meet their projected growth in electricity demand. Although energy efficiency is the cheapest, fastest, cleanest and safest way to reduce that demand, the EMCs have barely scratched the surface of their energy efficiency potential. To the extent that the EMCs cannot address their future needs through efficiency alone, renewable energy sources such as solar and wind are the best long-term solutions. Renewables have the additional benefit of producing more local jobs than a highly automated plant burning dirty imported fuel.

The EMCs are non-profit entities charged with acting in the best interest of their members. Making an enormous investment in a new coal plant is not in the best of interest of the EMC members ― economically or in terms of public health and the environment.

SELC Action

Power4Georgians has applied for a variety of air and water permits related to the proposed plant. SELC is working with our coalition partners to evaluate these applications and assess the impacts of the proposed plant. The coalition is working to ensure that the EMCs pursue the most cost-effective and environmentally responsible approach to meeting the EMCs’ projected future energy needs.