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originally posted by: Grimpachi
Yeah, the method you are talking about is called reverse osmosis the snippet and article I linked p above talks about it.
originally posted by: Grimpachi
a reply to: Snarl
Well the Navy (afloat) seems to git'r'done every day ... I'd say that accounts for the production aspect of things.
Production was never the issue I am sure trillion dollar Navy's can do it. They can also get jet fuel but I think they pay in some cases $26 a gallon.
Your claim is it could be done with less cost I hope you were referring to the figures I posted and not the Navys.
As for cost, my water bill is less than a hundred dollars a month, and I go through as much as I want. Over here in Korea, they're not trying to get rich off of it (at least not yet).
My water bill is less than $100 as well and I am not even in Korea. When I was stationed in Korea ( CheunChon to be precise) everything seemed cheap the exchange rate is like that.
You're giving me some bad examples.
What I was hoping for was some evidence.
And I might add, I drink tap water when I'm thirsty ... and people think I'm crazy, while they sip from their designer water bottles.
When I was there I don't think water bottles were even sold. I had canteens.
originally posted by: daskakik
originally posted by: Grimpachi
Yeah, the method you are talking about is called reverse osmosis the snippet and article I linked p above talks about it.
Yes but this new material, said to be 100 times more efficient, might drop the $2,000 per acre foot given in what you posted to $20.
And I just had to point out that its a weapons manufacturer that holds the patent. What, no red flags popping?
graphene is both strong and durable, making it more effective at sea water desalination at a fraction of the cost of industry-standard reverse osmosis systems.
It's also about 1,000 times stronger than steel, but still has a permeability that is about 100 times greater than the best competitive membrane out in the market, said Stetson.
"The energy that's required and the pressure that's required to filter salt is approximately 100 times less." Stetson
originally posted by: Snarl
originally posted by: Grimpachi
a reply to: Snarl
Well the Navy (afloat) seems to git'r'done every day ... I'd say that accounts for the production aspect of things.
Production was never the issue I am sure trillion dollar Navy's can do it. They can also get jet fuel but I think they pay in some cases $26 a gallon.
Your claim is it could be done with less cost I hope you were referring to the figures I posted and not the Navys.
As for cost, my water bill is less than a hundred dollars a month, and I go through as much as I want. Over here in Korea, they're not trying to get rich off of it (at least not yet).
My water bill is less than $100 as well and I am not even in Korea. When I was stationed in Korea ( CheunChon to be precise) everything seemed cheap the exchange rate is like that.
You're giving me some bad examples.
What I was hoping for was some evidence.
And I might add, I drink tap water when I'm thirsty ... and people think I'm crazy, while they sip from their designer water bottles.
When I was there I don't think water bottles were even sold. I had canteens.
We're both smart enough to recognize when you're being intentionally obtuse.
The Navy buys their jet fuel because they can't feasibly haul around a refinery. They produce their own water because they can ... and do so efficiently, and with only minimal maintenance costs. The budget for the Department of the Navy comes nowhere close to revenues spent in California. Are you gonna tell me you respect rewarding inefficiency?
The truth is, there's no money to be made in desalination, local government is unwilling to re-direct tax revenues, the first guys in are going to lose their shirts (though they may earn some ATS stars & flags), tap water hasn't been assigned a fixed price.
The last word is yours, Sir.
originally posted by: daskakik
a reply to: Grimpachi
The exact wording in the link I posted was:
It's also about 1,000 times stronger than steel, but still has a permeability that is about 100 times greater than the best competitive membrane out in the market, said Stetson.
This one says it clearer:
New Graphene Desalination Requires Nearly 100 Times Less Energy
"The energy that's required and the pressure that's required to filter salt is approximately 100 times less." Stetson
originally posted by: daskakik
a reply to: Grimpachi
Maybe it's just my tinfoil hat that's on a little tight but the buzz in desalination is graphene. One atom thick and 100 time more efficient than other membranes. The patent holder is what makes me think maybe Snarl might be onto something, Lockheed Martin.
Lockheed Martin Says This Desalination Technology Is An Industry Game-Changer
originally posted by: Sremmos80
a reply to: EternalSolace
They are not charging you for anything in this, so you are save.
originally posted by: aorAki
originally posted by: Cygnis
THAT... OMG... hello!! HYGIENE!
Yuck, I do NOT want to dry my face off, and smell some other person's behind still stained in the towels!
gak!
I suppose water conservation is a bad thing?
I'm not even going to mention door handles in rest rooms/public spaces...oh wait!
"We're the 'Land of the Free" damnit. How dare they touch my rights and care for the stupid environment?!!"
originally posted by: daskakik
a reply to: Aazadan
Good point but I just have to think that the brine can be marketed and sold as a sidestream. There's already a market for sea salt and I remember one of those coooking shows visiting an old school sea salt producer that used evaporation. I would think this would give them a head start.
Also, for landlocked countries, this should make water recycling cheaper as well.
originally posted by: Aazadan
It produces more sea salt than can be used.