[ask]electron inside drinking water

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In summary, the conversation revolves around the concept of "electron ionized drinking water" and its potential benefits. The speaker has several questions, including how electrons can be injected into water, how they can be generated electrically, and whether they can neutralize free radicals. They also ask about the possibility of increasing water molecules to hold more electrons and how to measure electron content in drinking water. The conversation ends with a question about the potential of electrons to kill viruses in the human body. However, the expert summarizer points out that free electrons cannot remain unreactive or storable in water and any claims about the benefits of "electron ionized drinking water" are likely baseless.
  • #1
johanpeff
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Dear Sir/Madam,
This is the first time for me to joint the Physics Forum. At this time I have several questions regarding "Electron Ionized Drinking water". Please find all the questions below:
1. Does Electron could be injected into water ?How to inject the electron into water ? Please
tell me the process briefly.
2. How do we generate the electrons electrically? By separating Hydrogen ion from water
molecule ?
3. As far as I know if Hydrogen release its electron means its electrical charged become
positive, so the Hydrogen become a Free Radical, is it right ?
4. Does electron water could neutralized Free Radicals, How it is happened ?
5. Is it possible to enlarge the water molecules so it could Hold more electrons ? Is it make
sense ?
6. How to measure the electron contents in drinking water ?
7. Do electrons could kill viruses in human body?

Thank you for your kind cooperation.
 
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  • #2
A free electron will not remain unreactive or storable in water, and this can be proved by electron spin resonance measurements. Any benefits of producing a "electron ionized drinking water" are so much BS and wishful thinking.
Some aprotic solvents can briefly solvate an electron, and these are evident by a strong blue coloration from CT absorption bands. I'll bet this coloration cannot be demonstrated in the so-called "electron ionized drinking water"...
 

Related to [ask]electron inside drinking water

1. What is an electron inside drinking water?

An electron inside drinking water refers to a free electron that is present in the water. This electron is not bound to any atom or molecule and can move freely throughout the water.

2. How does an electron get inside drinking water?

Electrons can enter drinking water through a process called ionization, where water molecules are separated into positively charged hydrogen ions and negatively charged hydroxide ions. The free electrons are generated during this process and can become trapped in the water.

3. Is an electron inside drinking water harmful?

No, an electron inside drinking water is not harmful. In fact, it is a natural occurrence and is present in all types of water, including tap water and bottled water. The amount of free electrons in drinking water is very small and does not pose any health risks.

4. Can an electron inside drinking water affect the taste or quality of water?

No, an electron inside drinking water does not affect the taste or quality of water. The presence of free electrons does not change the chemical composition of water. However, the presence of other substances in water, such as minerals or contaminants, can affect its taste and quality.

5. Can we use an electron inside drinking water for any practical purposes?

Yes, free electrons in water can be harnessed for practical purposes such as generating electricity through hydropower or for water treatment processes. However, the amount of free electrons in water is very small and not enough to be used for these purposes on its own.

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