Use of capillarity in pumping water

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Capillarity can effectively raise water, but it requires input energy to pump it to greater heights. The surface tension that draws water up also creates a strong attraction to the tube, necessitating energy to remove the water from the tube's top. In nature, plants utilize capillary action to transport water, relying on solar energy for this process. The discussion raises questions about the maximum height achievable through capillarity alone and the potential of using very small diameter tubes. Automatic plant wetting systems demonstrate practical applications of capillary effects in moving water.
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capillarity has the power to raise water.. then can it be used to pump water to greater heights?
 
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Yes, but it takes input energy. The same surface tension which draws it up also keeps it strongly attracted to the tube at the top. Energy has to be used to get it out of the tube.

In plants, capillary action pumps water and the input energy is the sun (evaporation, etc).
 
yeah right! but what is the maximum limit upto which u can raise water just using capillarity and without the aid of external energy?? isn't it possible by making a tube of very small diameter??
 
There are automatic plant wetting systems that use capillary effects, they do move water up to some extent. Actually up to now I have never thought about the way they work from the energy point of view.
 
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