• Thu. Sep 28th, 2023

TVA investigates carbon capture technologies at organic gas plants in Kentucky and Mississippi.

ByEditor

Sep 18, 2023
TVA investigates carbon capture technologies at organic gas plants in Kentucky and Mississippi.

The Tennessee Valley Authority (TVA) is embarking on a study to analyze how they can properly lessen carbon emissions at their organic gas plant in Muhlenberg County. In order to reach this, the federal utility is thinking about a partnership with TC Power to implement carbon capture technologies at the Paradise Fossil Plant situated in Drakesboro. More than the previous handful of years, TVA has retired two coal-fired units at this facility and has set a objective to close down all of its coal units by 2035. By minimizing emissions at the Paradise Fossil Plant, TVA is producing strides towards their broader objective of becoming net-zero by 2050.

The study, estimated to price $1.two million, will concentrate on evaluating the costs, technical obstacles, and operational impacts of incorporating carbon capture technologies across TVA’s whole fleet of organic gas plants. Scott Fiedler, a spokesperson for TVA, emphasizes the significance of this work, specially as TVA continues to integrate far more solar power into its portfolio. According to Fiedler, organic gas technologies stands as the sole established type of technologies that can make sure energy grid reliability for the duration of instances when solar power is not accessible. Consequently, it becomes necessary to discover approaches to mitigate carbon emissions from current organic gas facilities as they expand solar power integration all through their network.

Furthermore, the study will examine the possible for carbon capture technologies at TVA’s organic gas facility situated in Ackerman, Mississippi. Carbon capture functions by diverting exhaust from the organic gas plants to a CO2 scrubber situated subsequent to the plant. By way of a chemical reaction, the CO2 is absorbed just before the exhaust is released into the atmosphere. Subsequently, the captured CO2 is injected deep into the ground for storage. This study holds the possible to yield important insights into the feasibility and effectiveness of implementing carbon capture technologies across TVA’s organic gas plants, consequently aiding their efforts in minimizing carbon emissions and functioning towards their net-zero objective.

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