For a century, the U.S. Government-owned the largest helium reserve in the country, but the biggest exporters now are in Russia, Qatar and Tanzania. With this new discovery, Minnesota could be joining that list.
"A dream. It's perfect": Helium discovery in northern Minnesota may be biggest ever in North America::For a century, the U.S. Government-owned the largest helium reserve in the country, but the biggest exporters now are in Russia, Qatar and Tanzania. With this new discovery, Minnesota could be joining that list.
Hopefully we stop wasting this limited resource on fucking balloons.
Edit: well this kicked off a fun and respectful conversation. The information I can find from actual scientists says wasting helium on balloons is bad. The balloon lobby says it is just a waste byproduct. The balloon lobby brings nothing of value to the world in terms of plastic or helium use, so I'm going to go with the science opinion on this one.
The shortages you hear about are of pure or near pure helium. The stuff going into the balloons at Tommy's birthday party isn't the same thing used to cool superconductors.
EDIT: And I used to think Reddit was full of ignorant jackasses ...
Balloon helium is 3% helium. So every 33 balloons is one Balloon worth of pure helium. No helium starts off pure. It all gets concentrated/separated to get that way. "Balloon grade" helium can be concentrated just fine and considering that thousands of those balloons are filled every day, it is a lot of wasted helium.
*I had my percentage swapped, it seems. Balloon helium is 97% helium.
What the fuck are you on about? Helium is an element. Doesn’t matter if it’s low purity it’s wasted and then gone. When the high purity stuff is gone we can’t be like “thank god we can purify the low wall quality stuff” when that’s gone too
wdym by "low purity" helium, helium that has been purified cryogenically is easily 99.999% if not better, and this is the main process used worldwide iirc
Probably not much. The hydrogen that a party balloon would contain could certainly make a small, exciting explosion, but it probably wouldn't have enough energy to set anything else on fire.
helium just boils off in MRI/NMR machines, this is the major use of helium i think. if you could recycle that in machines that already are out there, that would solve lots of problems. there are newer systems that do not require cryogens or just require liquid nitrogen which is much cheaper and less energy intensive. these things use closed loop refrigeration, but in turn you need to supply them with power
Sounds like superconductor research could end up fixing that problem. Once we have a suitable conductor material, you no longer need to keep it that cool.
I'm }picturing dudes coming up from underground looking just a little bit dirty pretending to wipe off all the helium they've been mining while huge dump trucks and conveyor belts industriously rumble away carrying literally nothing nowhere. A concerned supervisor runs over to one of the miners like "god damn it Joel,. I told you to be careful. You're covered in helium! We're you even wearing your protective gloves? Look at your hands
. The men g)are angrily as a dumpy Rick carying a load of helium }pulls around just as one of the execs from head office pulls up in a golf cart, leisurely motions to the dump truck driver to stop, and cautiously climbs up into the bed of the truck to reach in. He climbs down, looking bemused, running his thumb and index finger together.
" Fine helium boys, great work out there today" he says after gingerly tasting nothing on his finger.
" But see, we've got a little problem".
The men, grizzled helium miners all, look concerned but defiant. These rugged hardworking may ultimately be under this man's purview, but they'll never respect soft hands with manicured nails that have never felt thing ring of the pickaxe against a brand new helium de}osit deep in mother earth.
The men's defiance seems ready to boil over in rage as security personal, a dozen of them, from lines around the mean, prepared for any trouble that might arise.
You see", the executive drawls smugly " recent shipments have been a little.... Light".
The men look around nervously, as if a{using looking at Joel on purpose. This is a trepidation the executive does not share as,. Motioning to security guards he walks towards Joel.
" Say, ajoel, is it? How were the men's today. "
Joe smiles wanly, says nothing.
" Well, Joel? What's it like down there, huh?
Joel \inces as he replies " it was good" his voice is as high pitched as the backing of a 90s techno song. Joel is grabbed by security guards as the executive roughly reaches into Joel's c{versllys.
He holds an empty hand up as if holding something, displaying it before the miners.
" Aha! Pure helium. Our helium. And don't you forget it boys. "
Then men glare angrily at the executive, sympathetically at Joe, as they head off towards the showers to cleanse themselves of helium residue before heading home
How are we wasting it? Keep in mind that the helium used for stuff like balloons is not the same as the helium used in medical equipment. Also keep in mind that even if it were, the amount of helium used in balloons would be less than 1% of total usage.
"The Guns Above" by Robyn Bennis. What if Napoleonic armies had an unlimited supply of helium? The author does a great job of describing 1800's airships and their tactics.
MINNEAPOLIS — Scientists and researchers are celebrating what they call a "dream" discovery after an exploratory drill confirmed a high concentration of helium buried deep in Minnesota's Iron Range.
Prior to arriving in Minnesota, Abraham-James was working in Tanzania, where another helium discovery was made, but at half the concentration as found in the Iron Range.
The inert gas is likely known by most consumers for filling balloons and blimps, but it's actually one of the most sought-after commodities in the world because of its versatility; as a liquid, helium is among the most effective and safest coolants around.
Dr. Grant Larson, a radiologist at Hennepin Healthcare, said the health system's four MRI machines rely on helium to operate.
"We're aware that it could potentially render us vulnerable to not being able to provide access to our patients," Dr. Larson told CBS News Minnesota.
"It's not just about drilling one hole, but now proving up the geological models, being able to get some really good data that wasn't captured in the original discovery," he explained.
The original article contains 438 words, the summary contains 174 words. Saved 60%. I'm a bot and I'm open source!