Watch out water shortages are getting worse, fracking is bidding for the water

Droughts are scattered around and typically agriculture gets first priority.  But, as RT.com reports Fracking is causing problems.

Fracking is occurring in several counties in Arkansas, Colorado, New Mexico, Oklahoma, Texas, Utah and Wyoming, which are currently suffering a severe drought, the Associated Press reports. Although the procedure requires less water than farming or overall residential uses, it contributes to the depletion of an already-scare resource.

Some oil and gas companies manage to drain states of their water supply without spending any money, by depleting underground aquifers or rivers. But when unable to acquire the resource for free, the corporations can purchase large quantities at hefty prices. 

“There is a new player for water, which is oil and gas,” Colorado farmer Kent Peppler told AP, noting that he is fallowing some of his corn fields because he can’t afford to irritate them. “And certainly they are in a position to pay a whole lot more than we are.”

Peppler, president of the Rocky Mountain Farmers Union, said that the price of water has skyrocketed since oil companies have moved in. The Meade, Colo. Farmer said he used to pay $9 to $100 per acre-foot of water at city-held auctions, but that energy companies are now buying the excess supplies for $1,200 to $2,900 per acre-foot.

NPR has a good post on Water Wars.

There are two doctrines that govern surface water rights in the U.S. — one for the West and one for the East.

'A Reasonable Right'

The riparian doctrine covers the East. "[Under] the riparian doctrine, if you live close to the river or to that water body [or] lake, you have reasonable rights to use that water," says Venki Uddameri, a professor and the director of water resources at Texas Tech University.

The Western U.S. uses the prior appropriation doctrine. "As people started exploring the West and started looking for water for agriculture and mining, there was a need to move water away from the rivers," Uddameri tells Jacki Lyden, host of weekends on All Things Considered.

People wanted a claim to water but often lived too far away from a river for the riparian doctrine to make any sense. So the prior appropriation doctrine was devised.

Uddameri explains: "It allocates rights based on who started using the water first. So if you are first in time, you are first in rights. And historically, it was based on a permitting process where you go and say you asked for the permit first, so you became the first user.

"But then there's been a shift saying not first use strictly based on who asked for the permit first, but who was actually there first," he says. "So the Indian tribes who were there first may not have asked for a permit, but there's recognition now that they were the first users of water, so they get that first appropriation."

Very few, but some of the smartest data center people look at the water rights for their data center.  Do you?

In an arid place like the Klamath Basin, there often isn't enough water available for everyone who has a right to use it. And the person with the oldest water right gets all the water they are entitled to first.

Analysis of USA Geopolitic strengths, focuses a lot on water

Stratfor has an geopolitical analysis of the USA.

Part of this analysis focuses on the strength of the water systems.

The most distinctive and important feature of North America is the river network in the middle third of the continent. While its components are larger in both volume and length than most of the world's rivers, this is not what sets the network apart. Very few of its tributaries begin at high elevations, making vast tracts of these rivers easily navigable. In the case of the Mississippi, the head of navigation -- just north of Minneapolis -- is 3,000 kilometers inland.

The network consists of six distinct river systems: the Missouri, Arkansas, Red, Ohio, Tennessee and, of course, the Mississippi. The unified nature of this system greatly enhances the region's usefulness and potential economic and political power. First, shipping goods via water is an order of magnitude cheaper than shipping them via land. The specific ratio varies greatly based on technological era and local topography, but in the petroleum age in the United States, the cost of transport via water is roughly 10 to 30 times cheaper than overland. This simple fact makes countries with robust maritime transport options extremely capital-rich when compared to countries limited to land-only options. This factor is the primary reason why the major economic powers of the past half-millennia have been Japan, Germany, France, the United Kingdom and the United States.

Water is a low cost transport system that supports economic growth.  Water is also critical to run power plants which is not touched on in the Stratfor report.  It would seem that the abundance of water in the USA support its geopolitical strength and the development of the data center industry.

Google Adopts Water as key to save Energy in Data Centers, pumps 3.85x better than fans

Data Center traditionally uses raised floor and in room CRAC units to supply cooling.

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Google shared a month ago its hot aisle containment with water heat exchange which is the 5th iteration since 2006.

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Google shared its thinking in evaluating heat removal methods.

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So should you pump heat or use a fan?  Google modeled a 10MW IT load. The fans use 3.85x more energy than a pump!!!

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Google found what it had created was so unique they could patent the innovation.

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Google's Data Center Water use spans from ocean to reclaimed to industrial to storm to none

Joe Kava, VP of Data Centers at Google presented a keynote session at 7x24 Exchange Phoenix.  

One of the topics Joe discussed is the range of water used to cool Google's data centers.  Many discuss one technology as the best.  Google shows the wide range it uses to be the most efficient and sustainable at multiple sites. 

Sea Water in Hamina

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Reclaimed Water is used in Georgia.

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Industrial Canal Water in Belgium.

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Storm Water in South Carolina.

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And No water. or least little in Ireland.

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Joe has been talking about water use in Google Data Centers since 2009.  Below is a video of Joe presenting at the 2009 Google Efficient Data Center Summit discussing the use of storm canal water in the cooling systems

Photographs of 8 Google Data Center Locations - USA (6), Finland, Belgium

It's been a day since Google showed the inside of its data centers and in watching the media react I decided to spend a bit more time looking at what Google has done.  What I think almost everyone has missed is 8, yes eight data centers have photograph collections.

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I had an e-mail conversation with the photographer and we both commented on how beautiful the Hamina area is.  How many data center locations have a water front view and a sauna?  Well it turns out many of Google's data centers have water front views, but not saunas.

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This building in Hamina, Finland, holds the best of both worlds – a conference room for work and a sauna for after work. Both are available to employees whenever they like.

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The Lenoir site looks quite nice in a night time view.

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The Dalles has its waterfront view.

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Belgium has its own water treatment plant, so you could say they have their internal waterfront view.

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South Carolina has a rainwater retention pond that may get used in the future.

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A peaceful scene outside our data center in Berkeley County, South Carolina. We're currently experimenting with this rainwater retention pond as another source to cool our systems.

Iowa has huge water storage tanks on site.

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Water storage tanks make sure our data centers stay cool day or night.

Georgia shows its color coded pipes which includes the chilled water system.

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Thousands of feet of pipe line the inside of our data centers. We paint them bright colors not only because it's fun, but also to designate which one is which. The bright pink pipe in this photo transfers water from the row of chillers (the green units on the left) to a outside cooling tower.

Oklahoma is one of Google's newest data centers.  The cooling systems are modular.  And, you could see modularity concepts used in the white space, but you don't see containers to put servers in.

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Bright lights and the moon light light up our Mayes County data center. These modular units provide cooling for a portion of the center.

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