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17 paź 2016 · Plant Hammond has historically utilized four (4) ponds in the management of coal combustion residuals. AP‐1 received ash from its commission in 1952 to the construction of AP‐2 in 1969. AP‐1 has since been utilized as a co‐treatment pond to handle return water flows from AP‐2, AP‐3 and AP‐4.
Plant Hammond began commercial operation in 1954 in Floyd County, Georgia and was retired in 2019. Prior to retirement, the plant had four coal-fired units capable of producing 800 MW of electricity. Ash Pond Dewatering Plan.
In 2019, when Georgia Power retired Plant Hammond — a 65-year-old coal-burning facility near Rome — it was more than a matter of shutting down some machinery and ipping o the lights.
Plant Hammond has historically utilized four (4) ponds in the management of CCRs. AP-3 was constructed to receive and store CCRs placed during the electric generating process at Plant Hammond. In the early 1980’s, AP-3 was converted into a dry ash disposal area and in the early 1990’s the pond stopped receiving CCR materials.
22 lut 2024 · EPD issued a permit in November that allows Georgia Power to put a cap on a coal ash pond at Plant Hammond, but otherwise leave the ash in place in the ground. The permit also requires monitoring groundwater for contamination for at least 30 years.
11 kwi 2024 · At Plant Hammond near Rome, Georgia Power was given a cap in place permit like the one it wants at Plant Scherer. The pond there is closed, leaving about 10% of the Hammond coal ash in the aquifer there near the Coosa River.
Surface Impoundment AP-3 at Georgia Power’s Plant Hammond facility in Rome, Georgia, with a focus on karst geology, which describes areas where dissolution of limestone bedrock results in features such as caves, underground rivers, and sinkholes.
