If a saline solution (dissolved salt in water) is gently heated, the water will evaporate, leaving salt crystals behind. If the water vapour is captured and condensed, the result is drinking water.
Yes.
<p>You can separate the sand by filtration, but still the salt (mainly sodium chloride) is dissolved in the water. Then, you can separate the salt from water by distillation. The liquid you collect after water vapor is chilled is distilled water. You can use other methods to separate sand as sedimentation (usually slower than filtration) and salt as reverse osmosis.<p>
In an unsaturated solution, the salt becomes more and more concentrated until the solution is completely saturated. If evaporation continues to occur, then the salt will either precipitate or the solution will become "supersaturated."
Allow the water to evaporate, leaving behind the salt would be effective for separating salt and water in a mixture.
You place the salt / sand mixture in warm water. The salt will dissolve in the water and you than then four the salt solution off the sand, leaning just sand. Then boil the salt solution untill all the water evaporates, leaving the salt.
Boiling off the water from a salt solution will separate the solid salt and water (which can be collected by a condenser).
Yes. You can separate water from a salt solution by evaporation.
Evaporation, drying.
By evaporation of the water and crystallization of the salt.
By water evaporation salt remain as a residue.
You can use evaporation to separate salt from a solution of salt and water.
EVAPORATION
evaporation
Yes it can be used to evaporate the water which will leave the salt
EvaporationIf your intent is to have both products--salt and water, then the process is called distillation, in which the water is boiled away and collected.
Salt (sodium chloride) can be separated from water after the evaporation of water.
You can separate the water from the mixture through evaporation.
Yes, it is true; this is a method to obtain salt from sea water.