I've seen a number of news articles about scarcity of Helium lately, for example:

At the moment, helium is cheap, primarily because the US government built up a large surplus supply, then decided to get out of the helium business. But the Earth has a finite supply, and the gas is absolutely essential for uses like chilling the LHC and MRI machines, so there have been fears that the helium firesale will leave us a dwindling stock of this critical resource. A bill has been introduced in the Senate that would revamp the US' helium policy, but it's currently languishing in committee

Whereas one of the commenters on this article noted:

For the 10 gazillionth time...there is no helium shortage. There is plenty of helium. What there is is lack of production systems. The US dumped a crap load on the market which essentially drove producers out of the market. Now that its starting to be scarce you will see producers start to process, store and sell it at more reasonable pricing.

Which is true? What are the facts? Is there really a worldwide Helium shortage, and are we at risk of running out of a non-renewable resource forever?

  • I recently ordered some helium balloons for a conference and the company that provided them also claimed that "while there is a shortage of helium, we have plenty in stock". Which made me wonder how they can be so confident.
    – Rahul
    Commented Nov 22, 2012 at 21:03
  • Balloons don't require the purity of helium that is used in medical devices. For balloons recycled helium is used which might be impure, but good enough to let the balloons float. Source: bbc.co.uk/news/uk-19676639 Commented Nov 22, 2012 at 22:17
  • I'll see if I can look this up later however I just had this conversation with the owner of the local balloon shop while getting my kids birthday balloons. He said one plant in Texas handles 80% of the current supply and the Texas gas field is the richest helium source in the world. The plant was down 3 months this year for repairs. Another plant is under construction in Qatar but won't be operational until 2015. In the meantime the supply is very constrained. I'll see if I can find references tonight. Commented Nov 22, 2012 at 23:22

2 Answers 2


Firstly, we need to consider the different isotopes of Helium differently.

Shortage of Helium-3

Helium-3 is a

a rare isotope of helium with applications in homeland security, national security, medicine, industry, and science

So, this isn't the stuff you use in balloons. The US had a stockpile, but it is dwindling. A shortage is predicted:

After the terrorist attacks of September 11, 2001, the federal government began deploying neutron detectors at the U.S. border to help secure the nation against smuggled nuclear and radiological material. The deployment of this equipment created new demand for helium-3. Use of the polarized helium-3 medical imaging technique also increased. As a result, the size of the stockpile shrank. After several years of demand exceeding supply, a call for large quantities of helium-3 spurred federal officials to realize that insufficient helium-3 was available to meet the likely future demand.

Helium-3 is manufactured!

By far the most common source of helium-3 in the United States is the U.S. nuclear weapons program, of which it is a byproduct. The federal government produces tritium for use in nuclear warheads. Tritium decays into helium-3. This means that the tritium needs of the nuclear weapons program, not demand for helium-3 itself, determine the amount of helium-3 produced.

The paper goes to discuss policy decisions and alternative sources that may need to be found to increase supply and reduce demand.

Shortage of Helium-4

99.999863% of the helium found in the atmosphere is helium-4.

Helium-4 is mined - it is refined from natural gas.

In 2007, the Bureau of Land Management reported that

The bottom line in terms of helium supply is that there is very little excess helium refining capacity, and domestic supplies of crude helium are growing ever tighter.

But the reason given wasn't that we were running out of Helium, but that there was a privatisation of the Helium supply by the USA (and corresponding reduction in stockpile), combined with delays in bringing up new factories and outages with existing ones.

The short answer is that demand is up and several overseas helium plants that were expected to be up and running in 2006 were delayed and down. Throw in things like the New Year’s storm in Kansas and Oklahoma that damaged power lines to two major refiners, and scheduled plant maintenance at other U.S. helium facilities, and Houston, we have a problem.

These are obviously short-term problems.

Looking much further into the future:

This paper contains an economic model predicting the supply and demand of Helium over the next century, under a range of scenarios. They do predict first a plateau, and then a decline in supply.

The model indicates that improving resource exploitation strategies might extend a production plateau that emerges in the 2030s.

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They also predict that the wholesale price Helium will peak (in real terms) at about six times its 1991 levels.

Obviously, predictions 100 years into the future need to be treated with a grain of salt. (For example, who would have predicted the sudden increase in demand for helium-3 after 2001?) Nonetheless, even after accounting for increased prices making less efficient supply methods become profitable, this model predicts that Helium supplies will dwindle in 100-150 years.

  • 1
    "applications in homeland security, national security" w00t? why the heck not just "applications in security"?
    – vartec
    Commented Nov 23, 2012 at 11:14

This is actually a surprisingly difficult question to answer for a variety of reasons and it seems that the best answer is that yes there is a shortage of purified helium reserves, while at the same time it appears that maybe but likely no there is not a long term shortage of helium in any meaningful understanding of what a shortage is.

First, some background is necessarily to see why this might be the case. Helium is recovered from natural gas and specialized equipment is sold this process. This equipment is advertized to generate about 99.999% pure gas with the quantity being dependent upon the particular field that it is being extracted from.

This leads us to the modern problem; historically, helium was a waste gas from natural gas wells and was released into the atmosphere. However, in the United States helium was eventually considered a strategic resource that was worth stockpiling and conserving. This in turn lead to the National Helium Reserve which was built up due to the Cold War; however, has been in the process of being phased out due to the costs associated with maintaining and storing helium in the reserve. The purpose of the "Helium Privatization Act of 1996" appears to have been to transfer the ownership over to private industry, but nobody appears to really have stepped up to build up their own stockpile so it's been getting sold cheaply on the open market.

This brings us to the crux of the issue, while there is a shortage of the cheap purified reserves that are being sold off by the United States Government via the National Helium Reserve, the actually proven worldwide reserves are difficult to determine. The Bureau of Land Management provides periodic reports about the current state of helium reserves in the United States and the most recent one (2009) indicated the following in the summary:

However, it is probable that production from Cliffside Field will continue to supply the helium needed to help meet worldwide helium demand indefinitely.

Which is an interesting thing to say if you are concerned about running out of something! The problem I've been running into though has been finding out exactly what the annual worldwide consumption is which is a good indicator for if you are running out or not. While fairly recently summaries of the production and reserves are fairly easy to find (January 2012), determining the exact worldwide consumption rates is harder. However, I have found quite a few articles discussing the matter citing the potential for a 300 year reserve but nothing really definitive and searching has found that new gas fields are being opened up and just now getting exported so the exact world reserves are still speculative.

So to summarize, while there is a shortage of purified helium, largely due to the policies regarding the National Helium Reserve, there doesn't appear to be much evidence of a critical worldwide shortage that is cause for major concern. From what I have been reading one of the larger concerns is not so much how much helium is in the ground but rather the availability of it being inconstant if the major reserves are shutdown.

  • 1
    I appreciate this answer, but I think you forget to cite the, so-called, "Tragedy of the commons". As we know the commons dilemma stands as a model for a great variety of resource problems in society today, such as water, land, fish, and non-renewable sources such as oil, coal, helium and carbon. Commented Nov 23, 2012 at 22:09

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