Can Sodium Hydroxide Effectively Capture and Release CO2 from the Atmosphere?

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Sodium hydroxide can effectively capture CO2 from the atmosphere by reacting with it to form sodium carbonate when air is passed through a mist of the solution. This sodium carbonate can then be processed in an electrolysis cell, where an electric current facilitates the release of CO2 for collection and storage. While this method is viable, discussions suggest that fermentation processes may be faster and more cost-effective for CO2 capture. Many larger beverage producers utilize fermentation techniques to clean and sell CO2. Overall, both methods present potential for carbon capture, but fermentation may offer practical advantages.
Magnethos
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I was thinking how it is possible to obtain carbon dioxide capturing it from the atmosphere and releasing it from the solution.
I've read that "air meets a mist of a sodium hydroxide solution...the carbon dioxide is absorbed by reaction to form sodium carbonate...this solution is pumped into an electrolysis cell through which an electric current is passed. The electricity results in the realease of the carbon dioxide which is collected and stored..."

So all is based to pass air to the sodium hydroxide solution and that solution will capture co2?
Then... I add current with steel electrodes and the CO2 from the sodium carbonate solution will be released?
 
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Lot faster and cheaper to use fermentation. Many larger whisky and beer makers clean and sell it. Get a plastic coke bottle, water, sugar, yeast and a bit of nutrient salts.
 
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