Conventional desalination paradigms (such as Polyamide Reverse Osmosis) exhibit high energy intensity and infrastructure costs. This project introduces a zero-electricity, zero-grid-tied alternative that replicates **Transpiration Pull** and **Capillary Rise** found in biological vascular systems.
Interactive microgravity fluid dynamics simulator modeling the NASA Capillary Cup and the Concus-Finn wicking conditions across various fluid states and cup materials using Streamlit.
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