separate water from ink using a process called distillation..
Chromatography
yes u can... after going through an experiment for obtaining water from different things... go to google.com CYA
water and oil that has been carbnylonrt into a liquid that is a highly urqg object
To extract water from black ink, you can conduct a simple distillation process. Heat the ink in a container, allowing the water to evaporate while the dye and other components remain behind. The steam can then be collected and condensed back into liquid form, separating the water from the dye. However, this method may not yield pure water due to potential impurities in the ink.
use conc ink
Distillation is the method we use to obtain pure water from ink. Firstly you put inky water in a conical flask and turn on your Bunsen burner and the inky water starts boiling and the steam from that go into the condensing tube and then into the cooling tube and the steam turns back into water you have done distillation. But you have to remember that the water boiling point is 100 Celsius degrees and the boiling point of the ink is higher than Celsius 100 degrees so that it is left behind .
First you but the solution in a flask, then heat this up with a Bunsen burner. the steam or water particles then go down the condenser pipe where the water particles are cooled, then the water particles turn in water again at the other end in a vile.
Soap is likely the best solvent as it can break down the oils in the sharpie ink, which helps to lift the ink from the surface. While vinegar can also help remove some ink, soap is generally more effective for this purpose. Water alone may not be as effective at removing sharpie ink.
It is occording what color the ink is to turn water to that color. when mixing ink and water it does not seperate like oil and water. the ink mixes with the water ;D
One method to separate colored ink from black ink is through a process called chromatography, which can separate the different components based on their molecular properties and solubility in a solvent. Another method is through fractional distillation, where the inks are heated to their respective boiling points, allowing for separation based on the different boiling points of the components.
If it's water based ink, it'll just get less opaque. Solvent-based inks will do whatever the solvent in them would do if put into water by itself. Ink for book printing would just sink to the bottom of the water in one big lump.
Chromatography