CO2 is our world worst enemy right now, I think we can transform it in our best friend. I'm serving all mankind and even other types of living species mitigating it from atmosphere. CO2 can be directly used in plant growth and some industries (beverage and food), after captured. Transforming it, maybe I can serve medicine, jewelry, electronics, transports, construction and space fields.
Change the state of matter of substances is the simplest way to separate mixtures. Apply sound in air to reduce temperature to reach the state of matter changing of CO2 (-78.5ºC), using solar energy, is the simplest and non polluting way to achieve this goal (Thermoacoustic Cryogenic Refrigeration).
This is the state of art of the existing possibility to reduce air temperature in a budget and green way: https://www.worldscientific.com/doi/abs/10.1142/S2010132519500081. In this study, researchers just wanted to improve the working fluid. Usually they use Helio but here they use Air and get even better results. I want to design a specific equipment with this knowledge to the specific CO2 mitigation goal.
Usually researchers try difficult ways to separate CO2 after capture, but the reaction of CO2 with Magnesium is enough to separate Carbon and release Oxygen in the form of MgO, a non toxic product and this can turn it a renewable source of Mg: https://novaresearch.unl.pt/en/publications/a-path-to-renewable-mg-reduction-from-mgo-by-a-continuous-wave-cr?fbclid=IwAR1CqPHcL-B7GBGw6vcrBT9nbc3gvMtdnETzS3gHY51xEeDm_wp6FZwJS_8, so this could be 100% sustainable project
I believe that with sound and light I can find a way to interchange the Carbon natural forms after it and I would like to achieve such kind of research goal someday. For this kind of later developments I can begin using Infrared Laser to produce nanodiamonds and then develop a new production method to medicine or electronics interests or even as a carbon source to improving existing diamond production methods to jewelry or/and to transform in Carbon fiber to the newest 3D print that are starting to be used in car manufacturing and construction or space industry.
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