How to remove DSMO from water?
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You can Use Dean and Stark Apparatus To Separate them \n\nAlso one Source i m providing you which involve the separation using PTC\n\nRefer it \n\nhttp://www.ptcorganics.com/Top10PTC.pdf
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First, it is spelled "deionize". \n\nde = remove\nion = charged particle\n\nSo, you are removing in ions from the water. An ion is a charged particle.  Sodium ion, Na+ or Chloride, Cl- are the most common ions in water. But you do not want them in your water in high concentration, so you deionize it.\n\nThe process is best performed in two steps.  First you would boil the water and capture the steam, allow the steam to turn back into liquid water, then repeat the process.\n\nBut this process only gets you so far. If you want the water to be truly deionized, and able to be used in a chemistry lab you will need to run it thru a resin chamber.\n\nResin or resin beads are very very small plastic like beads that have microscopic tunnels running thru them. Then inside of the tunnels have molecules that attract ions. Or type of resin will attact the positive ions another type will attract negative ions. All resin chambers have both types of resin.\n\nRob
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treat the mixture with sodium carbonate solution and then filter it to separate iron. the filtrate contains sodium benzoate. Liberate benzoic acid by just adding any mineral acid like sulfuric acid. Then u will get the crystals of benzoic acid. This can be filtered off
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in the middle of the sea on  a small boat.... I dont know.  On a ship or at a lot of resorts there is one common way... Reverse Osmosis.  Plain and simple, it's pushing the water through a series of filtrations... multimedia and then through membranes at high pressures.  It is then treated with a variety of chemicals.\n\nThe old way to do it on ships is through multi-staged flash-type distilling plants where the water is boiled at 68F-72F under a vacuum and then treated with a Brominator.
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Simple, just follow this process respectively. Since its one whole of a solution. Begin with distillation. This will get rid of the oil, sand+dirt and the salty water. \n\nDirt+sand - you could add water and then sieve the dirt and water. as for the dirt distilation.\n\nSalty water - you just need to heat the solution and distill the vapour to have your water other wise the salt will form crystals and loose water to the atmosphere thus nice dry sodium cloride crystals. \n\nHope you got answered....
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its either desalnation or distillation
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Using a plastic bucket, create a soak solution by adding 1/2 use Tide per gallon of water. Allow the garment to soak for up to 30 minutes, weighting the item with a WHITE towel to keep it totally submerged. Discard your soak solution appropriately when you're finished. Wash in warm water. Air dry. Repeat the procedure, if necessary.
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Well use a series of steps.\n\n1st step add Calcium Carbonate. This will fizz in the case of the vinegar, as acid plus carbonate gives salt, water and carbon dioxide. U can even test the gas to be CO2, as it turns lime water milky. U will eliminate the vinegar from further tests.\n\n2nd is separate the alcohol from the salt and fresh water. Do this by testing with Cobalt chloride paper. The paper changes from blue to pink if any water is present. The sample which doesn't change the paper would be the alcohol.\n\n3rd is to separate the salt water from the fresh water. Do this by adding silver nitrate followed by aqueous ammonia. Salt contains sodium chloride, so the presence of the Cl- ion will cause the formation of a white precipitate that dissolves in excess alkali.\nSo, the one that produces no ppt is therefore pure water.
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H2SO4 + 2NaOH ----> 2H2O + Na2SO4\n\nYOU MUST SEPARATE AND CANCEL THE COMMON IONS (AQUEOUS ONES)
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water food oxygen environment
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You could try passing it through carbon, but that may also remove iron.  You would need to try it with known solutions.\nYou may need to go to AA or ICP analysis.
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put ur dvd or cd rive into water to remove its sensor. ok bywe
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You could probably just dehydrate it with concentrated sulfuric acid and heat.\n\nAnother method would be to generate a alkyl halide with thionyl chloride (SOCl2) and then eliminate it in a E2 reaction with sodium ethoxide in ethanol (especially strong base to be sure you get elimination, and not SN1)
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One of the best and easy method of water filtration is using SAND. sand should be cleaned properly. it can be used to filter only organic matter not any chemical or bacteria.\n\nProcess:  just pass water through sand vertically.
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If you own a single family (domestic) well, it is recommended that you test your water every three years for nitrates; more often if you live in an area with a history of high nitrate levels or if someone in your home is at risk from nitrate contamination. \n\n Reverse osmosis, ion exchange and distillation units could conceivably provide home treatment for removing nitrates from water, but those processes can be complicated, expensive, and generally require routine maintenance. Activated carbon and other simple filters do not remove nitrates to any significant degree. Home treatment units are generally not recommended, particularly as a permanent solution to assure nitrate-free water for infant use.
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i don't really know about this but i'm fairly sure i can give a better answer than lrisjqoijgjr  \n\nyou could probably use a surfactant to break down the molecular attraction between the water molecules but this would leave pollution through the path of whatever you were using to travel through the water\n\nbut yeah not really practical but better than uingnpds
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place the mixture in water. salt would be dissolved. to recover the salt evaporate the water.