Dessication ~ Plate 1
### 3D printer go brrr: Hello ChatGPT, I hope you are having a nice day. Can you please describe how many Silica Gel Desiccant Beads would be required to absorb the moisture from every ocean on earth and how this could be accomplished? ChatGPT: Desiccants like silica gel beads are used to absorb moisture in enclosed spaces, but the idea of using them to absorb the moisture from every ocean on Earth is beyond the practical realm of current technology. The sheer volume of water in the Earth's oceans is immense, estimated to be around 1.332 billion cubic kilometers. Silica gel beads are effective in absorbing moisture in confined spaces due to their high surface area, but they are not designed for such large-scale applications. The amount of silica gel required to absorb the moisture from all the oceans would be astronomically vast, and deploying them on such a scale is currently beyond our technological capabilities. Additionally, the logistics of placing silica gel in the oceans would pose insurmountable challenges. The vastness of the oceans, the depths involved, and the environmental impact of introducing massive quantities of silica gel would be impractical and environmentally problematic. In summary, while silica gel is effective for small-scale moisture absorption, using it to dehydrate the Earth's oceans is not feasible with our current understanding of the material and its practical applications. It's more of a thought experiment than a realistic solution. ### Printer ~ Bambu Labs X1-Carbon w/AMS Filament ~ Bambu PLA Matte - Scarlet Red AMS Dry Pods Wide & Narrow, Wide with Round Hygrometer, Desiccant Trays, and Funnel ~ Remixed by mcmaven File can be found at ~ https://makerworld.com/en/models/158496#profileId-173988 Music is procedurally generated using 'The Endless Acid Banger by' David Whiting ~ https://www.vitling.xyz/toys/acid-ban... ~ https://github.com/sponsors/vitling
### 3D printer go brrr: Hello ChatGPT, I hope you are having a nice day. Can you please describe how many Silica Gel Desiccant Beads would be required to absorb the moisture from every ocean on earth and how this could be accomplished? ChatGPT: Desiccants like silica gel beads are used to absorb moisture in enclosed spaces, but the idea of using them to absorb the moisture from every ocean on Earth is beyond the practical realm of current technology. The sheer volume of water in the Earth's oceans is immense, estimated to be around 1.332 billion cubic kilometers. Silica gel beads are effective in absorbing moisture in confined spaces due to their high surface area, but they are not designed for such large-scale applications. The amount of silica gel required to absorb the moisture from all the oceans would be astronomically vast, and deploying them on such a scale is currently beyond our technological capabilities. Additionally, the logistics of placing silica gel in the oceans would pose insurmountable challenges. The vastness of the oceans, the depths involved, and the environmental impact of introducing massive quantities of silica gel would be impractical and environmentally problematic. In summary, while silica gel is effective for small-scale moisture absorption, using it to dehydrate the Earth's oceans is not feasible with our current understanding of the material and its practical applications. It's more of a thought experiment than a realistic solution. ### Printer ~ Bambu Labs X1-Carbon w/AMS Filament ~ Bambu PLA Matte - Scarlet Red AMS Dry Pods Wide & Narrow, Wide with Round Hygrometer, Desiccant Trays, and Funnel ~ Remixed by mcmaven File can be found at ~ https://makerworld.com/en/models/158496#profileId-173988 Music is procedurally generated using 'The Endless Acid Banger by' David Whiting ~ https://www.vitling.xyz/toys/acid-ban... ~ https://github.com/sponsors/vitling