Added: 2 years ago
From: winsberry
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  • hi, may i know where you get the nano carbon from? how much is it?

    cause i'm interested in trying it out.

  • @300glory It's not for 100% like that... Bacteria and other contaminants are much BIGGER by physical size than cells which is outcome after ultra fine grade carbon (nano carbon) pressing.

    They are physically can't pass the filter, like human can't pass through needle's hole. All of bacteria still remain inside of filter, and after filtration their activity is destroyed by silver ions, which covered the surface of carbon particles.

    So, it's good enough to trapping bacteria also.

  • @300glory The cotton is not there to filter anything but to keep the carbon from going out the funnel.

  • :-)What I would like to know, is how to make micro-carbon from ordinary wood and when to change it when it's not working anymore

  • it was very usfull for my project

  • cool, i like the music too, is that you? i hope you like my video response.

  • Like the simplicity. What's the name of the song? Love it.

  • Hello Guys!

    Song: Fortnight

    Band: Arts and Kraphts Galleries

    Enjoy! :)

  • Thanks for the reply! That would have bugged me forever knowing that I like the song but not knowing the name to buy it.

  • Where is this music available on the web?? lmao i searched everywhere including youtube and I did not find it :)

  • Comment removed

  • Hi! The molecular structure is the same as ordinary carbon.

    You can find this information on Wikipedia:

    - keyword 'carbon'

    Here's the size does matter. Carbon size. It looks like very tiny flakes, with thikness equal to 1 nm (1 x 10-9 = 0,000 000 001 m).

    Hope it's clear.

    Enjoy! :)

  • I'm confused... carbon is highly conductive, so how exactly does it prevent the flow of heavily metal ions?

    And how does the size in nano do anything when all molecular structures are naturally nano?

  • 1. all stuffs that can't be removed from the water with one stage filtration, can be removed with two or multiply stage.

    Carbon is able to trap but couldn't prevent the flow of heavily metal ions.

    For this case these ions have to be binded with other reactives and can be built into one molecular structure with them. And then can be removed all together.

    2. How many contaminants with molecular structure size nano or less do you know? Say an example.

    Thanks!

  • Does this remove flouride and other chemicals ?

  • any chemicals with molecular size more than water molecula, or long chain molecular structure, are removable.

    but, some type of chemicals have molecular size less than water molecules... for this case we have to use two stage filtration:

    1. at first stage we have to use ion exchange resins that will react with tiny chemical molecules to make them removable

    2. at second stage carbon, to remove remaining chemicals after advance chemical reaction.

    Enjoy! :)

  • To be sure of filtration, I would like know the molecular structure of the nano - carbons?

  • Thanks !! :))

  • no way.. dun look safe though.. does it remove bacteria and virus? will fungus and algae grow on that cotton?

  • this carbon has sooo small and tiny flakes that coated by silver.

    When you press it well down, they create very tight structure with very small cells that may easily trap any types of bacterias, known viruses, parasites, fungus.

    the adsorbed bacterias that remain inside of carbon, will be depressed and then destroyed by silver ions.

    As final stage, if you will use nano fiber instead of hydrophobic cotton, you will be 99,999999% (almost 100%) guaranteed with water virus free.

    Enjoy! :)

  • Water purification is becoming such an important topic! I am doing a series on water that really adds to what you are saying. Surf on over!

  • thanks - really good *****

  • carbon you will find on bateries at the center of bat..

  • ye man is for regla use. Gimme a break, it ain't gonna kill ya, unless you DON'T boil it and get the trotskies, then you'll want to die.

  • hahah ok now where could i buy the nanocarbon ? :p

  • where could I find the "hydrophobic cotton" to make a filter like this?

  • 2 ArashiNage: also you may try to use;

    - hydrophobic fiber

    - polyester staple fiber

    Enjoy!

  • it isn't ordinary cotton... it's hydrophobic cotton (like fiber) with a high water resistance.

    Sorry for incorrect naming!

  • Good Video

    I tried to do this

    Worked!

    And Can you give me songs name?

  • NATURALY BLUE LOOLLLL wtf if water is "blue" thats the reflect of sky hahaha

  • The water is blue because the red (long wavelengths) part of white light is absorbed by water and the blue (short wavelengths) light is transmitted and scattered. The longer the path light travels in water, the bluer it appears.

    You could say the water is blue because it reflects the sky but you would also have to say the same for your red shirt . It only looks red because it transmits red wavelengths and absorbs all others.

    BTW the earth isn't flat and the moon isn't really made of cheese.

  • @m3t4n104 Yes! It's physical effect of the water that absorb infrared waves of sun light and transmit ultraviolet waves. It is not color of the water, it's reflected ultraviolet radiation of sunlight.

    But! It's kind of proof that "blue" water has well and correctly structured molecules and molecular clasters. And it's additional effect that ultra fine grade carbon (nano carbon) does.

    As additional effect that helps to structuring the water.

  • ye its good idea if you go campin or sumert but not for regula use?

  • I wouln't drink blue water ._. it is supposed to be transparent not blue!

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