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Making Saltwater Drinkable With Graphene
An anonymous reader writes "Graphene once again proves that it is quite possibly the most miraculous material known to man, this time by making saltwater drinkable. The process was developed by a group of MIT researchers who realized that graphene allowed for the creation of an incredibly precise sieve. Basically, the regular atomic structure of graphene means that you can create holes of any size, for example the size of a single molecule of water. Using this process scientist can desalinate saltwater 1,000 times faster than the Reverse Osmosis technique."
Using this process scientist can desalinate saltwater 1,000 times faster than the Reverse Osmosis technique.
Well isn't that swell for 'scientist', but does scientist plan to share?
Occasionally some gunk gets in there but it washes away sooner or later; and nothing spends any appreciable amount of time stuck in an individual graphene hole.
She was a real hot-shooter, that bubble. I should have known she'd be trouble from the get go; she was naturally "charged" as they say when they're trying to be polite.
With her bouncing around all over the place even at room temperature, I guess I should have seen it coming. But, as will happen to palookas and wishful thinkers, my hopes and processes got the best of me. I was convinced that any trouble would wash away as soon as it cropped She didn't even say goodbye, just left a note saying she'd thought she had found a solution with me, but couldn't stand the suspension and was afraid of becoming just another precipitate.
That was three years ago. I took the tube directly to this here graphene hole; it was the closest one I could find. I've been stuck here ever since.
Surely it won't last forever...
Yes, it will last forever, and don't call me Shirley.