The distiller is cheap but the power is not. Its like running a microwave 24/7 to make enough water for two people. I want to try making a solar one.

> The distiller is cheap but the power is not. Its like running a microwave 24/7 to make enough water for two people. I want to try making a solar one.

Or one powered by solar panels? :)

Are you concerned about electrolyte imbalance with drinking distilled water?

I've often heard that drinking distilled water is bad due to it leaching minerals/electrolytes. Has anyone done the math on this to either validate or debunk this?

A 16oz bottle of San Pellegrino has 20mg of sodium. How can such a small difference in sodium intake (and other minerals) have a meaningful influence on electrolyte levels?

It is a common misconception that drinking distilled water is dangerous. Water isn't a major source of minerals. [source](https://biology.stackexchange.com/a/7194)

Put salt in your water?

Wouldn't you taste that?

Yes, and it would improve the taste. If you like San Pellegrino, you can get a similar taste at much lower cost by adding "Burton Salts" (a blend of salts meant to imitate the water of Burton on Trent, which is famously well suited for making pale ales, widely available from brewing suppliers) to soft water.

And people have made spreadsheets to help with cloning specific mineral waters with the exact blend of salts, e.g.:

https://blog.khymos.org/2012/01/04/mineral-waters-a-la-carte...

Very interesting, thank you!

If the microplastics are coming from the water source (not from the actual bottling, wherever the water is coming from, it already has microplastics in it) then this wouldn't do anything, right? Or is there a way to heat the water/steam to such a high temperature that the microplastics "melt" out of it?

The idea is that microplastics don't become vapor. Which seems more than plausible.