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Light capture of greenhouse gases
Summary of the article: https://www.techexplorist.com/using-...e-gases/79710/
Problem: Current photoacids used for CO2 capture are unstable and poorly soluble in water, limiting their effectiveness. Solution: Scientists developed a method to dramatically increase photoacid stability and solubility by: Using a light-responsive system to control pH and conversion between CO2 and carbonates in solution. Replacing water with a water-organic solvent mixture for optimal stability and pH switching. Benefits: Energy efficient: No heating/cooling needed for CO2 release, unlike filter methods. Fast: Rapid pH switching for faster capture and release cycles. Scalable: Potential for large-scale implementation due to simple design and readily available materials. Future implications: This new technology could be a game-changer for CO2 capture and contribute to significant reductions in greenhouse gas emissions. Further research needed to optimize the process and scale it up for real-world applications. Key points: Photoacids capture CO2 by making a solution acidic, converting CO2 into carbonates. Light exposure reverses the process, releasing CO2 as bubbles. New solvent mixture dramatically improves photoacid stability and pH switching speed. This method offers a potentially energy-efficient and rapid approach to CO2 capture. READ ARTICLE AND LINKS: https://www.techexplorist.com/using-...e-gases/79710/
Disclaimer: The author of this post, may or may not be a shareholder of any of the companies mentioned in this column. No company mentioned has sponsored or paid for this content. Comments on this forum should never be taken as investment advice. |
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