Former NATO Nuclear Bunker Now an 'Airless' Unmanned Data Center
An anonymous reader writes A German company has converted a 1960s nuclear bunker 100 miles from network hub Frankfurt into a state-of-the-art underground data center with very few operators and very little oxygen. IT Vision Technology (ITVT) CEO Jochen Klipfel says: 'We developed a solution that reduces the oxygen content in the air, so that even matches go outIt took us two years'. ITVT have the European Air Force among its customers, so security is an even higher priority than in the average DC build; the refurbished bunker has walls 11 feet thick and the central complex is buried twenty feet under the earth.
Do staff go down with O2 tanks for maintenance, cleaning, server work, etc?
'We developed a solution that reduces the oxygen content in the air, so that even matches go outIt took us two years'.
They could have gotten there instantly by putting the data center in manager's offices. I mean, it's obvious that there is very little oxygen considering the mental functionality of PHBs.
Kind of an inaccurate headline. "Airless" makes it sound like a vacuum...which would naturally make air cooling impossible.
They still haven't changed the default password of '321654'.
It's sure a reassuring feeling that when the world around you ends, your servers are still happily humming around in some concrete vault beneath a big pile of dirt...
I had to look up this European Air Force. Turns out they've existed longer than I thought! From http://www.europeanaf.net/:
The European Air Force has now reached its teens!
Stachel
There's no such thing!!!
Anyone else wondering what this will do to hard drives and cooling technologies and the like?
Or have they replaced air with, say, a nitrogen-rich mix? /curious
"...security is an even higher priority than in the average DC build; the refurbished bunker has walls 11 feet thick and the central complex is buried twenty feet under the earth."
Uh, the average DC build isn't done under the threat of nuclear attack and surviving the aftermath.
Don't make it sound like the customers of this data center demanded 11-foot thick walls, or that any DC design would.
Those physical benefits are merely a side-effect of an era we would like to forget about.
Haha. This is essentially impossible.
The more equipment, the more broken equipment, the more techs need to go in to work on it.
An airless data center would have to be a very small data center, because if someone has to go in and fix something, well, they are gonna need oxygen.
.
Or have they replaced air with, say, a nitrogen-rich mix? /curious
Air is naturally a nitrogen-rich mix here on the surface of Earth...
European Air Force
An entity so small and insignificant that it does not even have a proper Wikipedia entry. It's mentioned exactly once on the entry.
I wonder what constraints were placed on the problem that made "displace the oxygen in this sealed bunker" a two-year problem? Maybe it's a quote taken out of context and refers to how long the entire environmental control setup took?
ITVT have the European Air Force
ok, so a fictional agency that replaces a number of real ones?
http://www.europeanaf.net/
I have no special gift, I am only passionately curious. --Albert Einstein
It's no big deal.
"There is more worth loving than we have strength to love." - Brian Jay Stanley
Low-O2 is what it is. Claimed. Yaaaaawn
I RTFA'd and sorry, I don't work full-time in a data center, but why is the risk of fire so high that this would be even remotely necessary? The data center I was in from time-to-time for maintenance and system builds had a halon setup for fire suppression that was inadvertently tested during a renovation, so I know how well that works, but it was NEVER needed in practice. I don't get why such a ridiculously contrived means of fire risk reduction would ever be necessary or cost effective.
Location http://goo.gl/x1vg40
So this is the customer who requested this study: Proposed Disk Array With 99.999% Availablity For 4 Years, Sans Maintenance
http://hardware.slashdot.org/s...
It makes sense now.
Trusting software vendors is no smarter than trus
I don't understand the comment about matches. "...so that even matches go outIt took us two years' It took two years for matches to go out? Is a phrase missing in that paragraph? Do people smoke inside data centers?
I guess you need a fire suppression solution. But what actually burns inside the data center? Cables?
Air Force? Europe? Why didn't the French use it to get to Africa instead of bumming rides on US transports?
All those basement dwellers evicted for this data center are struggling in the big blue room with the yellow light and being mistaken for zombies.
Hypoxic air technology for fire prevention
Hypoxic air technology for fire prevention, also known as oxygen reduction system, is an active fire protection technique based on a permanent reduction of the oxygen concentration in the protected rooms. Unlike traditional fire suppression systems that usually extinguish fire after it is detected, hypoxic air is able to prevent fire.
Design and operation
Air with a reduced oxygen content is injected to the protected volumes to lower the oxygen concentration until the desired oxygen concentration is reached.
Air with low oxygen concentration is produced by hypoxic air generators, also known as air splitting units.
Effects on health
Fire-prevention systems which result in the oxygen content being less than 19.5% are not permitted for occupied spaces by federal regulation (OSHA) in the United States [3].
However, hypoxic air is considered by some to be safe to breathe for most people.[6] Medical studies have been undertaken on this topic. Angerer and Novak's conclusion is that "working environments with low oxygen concentrations to a minimum of 13% and normal barometric pressure do not impose a health hazard, provided that precautions are observed, comprising medical examinations and limitation of exposure time".[7] Küpper et al.[8] say that oxygen concentration between 17.0-14.8% does not cause any risk for healthy people by hypoxia. It also does not cause risks for people with chronic diseases of moderate severity.
Read more about it on wikipedia:
http://en.wikipedia.org/wiki/H...
Why O2? Compressed air (SCBA) should be enough. I'd bring an O2 detector tho.
Don't tell my wife....or she will insist we install one of these "gas drains" at home.
the refurbished bunker has walls 11 feet thick and the central complex is buried twenty feet under the earth.
Finally my World of Warcraft characters will be safe!
I often don't like the choices people make, but I like the fact that people make choices. That's why I'm a conservative.
I don't see any cooling towers in the picture- are they hosted remotely or perhaps using some kind of heat sink to the ground?
love is just extroverted narcissism
Everyone who enters starts saying impulsively, "I can't breathe! I can't breathe!"
... because it is heavier than air (REALLY heavier than air-- you can float a tinfoil boat on it!) ...
If sulfur hexafluoride is this heavy it could potentially cut short hard disk's life span
Normal hard discs have 'breathing holes' in them, allowing heated gas to escape when the drive gets hot, and letting gas outside in when the drive gets colder
If we fill a room full of sulfur hexafluoride and put a working hard disk inside, sooner or later all the gas inside the disc chamber within the hard disk will be filled by the sulfur hexafluoride gas
The heavier the air the discs inside a hard disk has to spin on, the more friction it encounters, and the more friction it encounters the more drag it gets, the more pressure it puts to the motor which spins up the discs, etc
In fact, HGST (formally hard disk division of Hitachi now owned by Western Digital) is pushing out hard disks that are hermetically sealed with the Helium gas - and they do so for one purpose, to cut down the friction inside the disc chamber
Here is the link to their 'helium filled disc'
http://www.hgst.com/science-of...
Now we know where the new Pirate bay servers are. And I look forward to the MPAA and police trying to seize these.
Airless data centers. Thus making it nearly impossible to pull the plug on a renegade AI.
Clever.
A match will go out quickly at 13% O2. A human can survive in this environment, albeit with a headache and very lethargic. I know, I spent two months on a submarine with the O2 hovering between 13%-15%. By the way, no matter how much sleep you get under these conditions you still feel like you haven't slept for days.
Sulphur hexafluoride is not an inert gas. The problem with SF6 is that any vigorous activity like electrical sparking or fire will cause it to decompose into very toxic byproducts like HF (hydrogen fluoride) and SF4 (sulphur tetrafluoride).
http://www.epa.gov/electricpower-sf6/documents/sf6_byproducts.pdf