Is water still water after it evaporates or H and O?

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The discussion focuses on the process of breaking down water into hydrogen and oxygen, with electrolysis being highlighted as a common method. There are claims about using high-frequency techniques for easier breakdown, but specific frequencies are not provided. The conversation also explores the potential of breaking down steam, moisture, ice, and air under various conditions like vacuum or pressure. Additionally, it notes that water can contribute to fuel in extremely hot industrial fires, as it decomposes into hydrogen and oxygen at high temperatures. Overall, the thread seeks effective methods for extracting hydrogen from water.
gary350
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I am fishing for ideas about turning water into Hydrogen and Oxygen.

Electrolis of water seems to be the preferred way to break down H0H into H and O. I see several claims online that claim water breaks down easy when using high frequency but they refuse to tell what frequency works best. Does that really work?

What about electrolis of steam, moisture, ice, air, in a vacuum or under pressure?

I read the fire department does not put water on extremely hot industrial fires at about 5000 degrees water breaks down to H and O and adds fuel to the fire.

Is there an easy way to break down water to get the Hydrogen?
 
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