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Analyzing Georgia Power's Shift from Coal to Wood: Feasibility and Impacts

This chapter reviews Georgia Power's transition from a coal-fired power plant to wood as an energy source. The plant, with a capacity of 155 megawatts, has converted to produce 96 megawatts from wood, aiming to replace 10% of coal-fired electricity with wood. This approach could potentially increase U.S. wood consumption by 2.5 times. However, the energy density of wood is less than half that of coal, raising concerns about power density and resource sustainability, as producing 1 megawatt of electricity requires 10,000 tons of wood annually.

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Analyzing Georgia Power's Shift from Coal to Wood: Feasibility and Impacts

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  1. Chapter 20- Myth: We Can Replace Coal with Wood Reviewed by: Ayla Brausen • Georgia Power, a subsidiary of Southern Company • Converted coal-fired plant (155 megawatts) to wood (96 megawatts) • Replace 10% of coal-fired electricity to wood-fired electricity • Increase U.S. consumption by 2.5 times • Power density and energy density • Energy density less than ½ that of coal • Power density is about 1 watt per square meter • 10,000 tons of wood per year to produce 1 megawatt of electricity

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