It's no laughing matter -- we're facing a helium shortage

For parents and other partygoers, it's no gas.

For months, if not years now, we've been facing a helium crisis, as U.S. supplies are running low. The casualties -- children's birthday parties, adult birthday parties, and celebrations of any kind, really -- have now reached a fever pitch as parental go-to Party City announced it will close 45 stores due to the shortage.

Even though helium is a naturally occurring gas, it still needs to be mined. It is produced under in the ground by the radioactive decay of uranium and thorium. But, to get it ready for commercial use, it needs to be stripped from natural gas processing and liquefied natural gas (LNG) production, similar to the processing of other fossil fuels.

How'd we get here? For a deep dive into everything you ever wanted to know about helium, we talked to Samuel R.M. Burton, who manages the U.S. Federal Helium Program's Operations Division, for the Bureau of Land Management (BLM).

Why is there a helium shortage?

The BLM is currently experiencing more demand for helium than is available to deliver to our federal helium suppliers. When that happens, the BLM is forced to allocate available helium to the federal helium suppliers. This means end users (retailers, customers) usually get some, but not all, of what they contracted to have delivered.

Where does helium come from?

Helium is the second-most abundant element in the universe, but to be of economic use, it must first be extracted from natural gas sources. All natural gas has some helium in it but only those sources with 0.01% helium by volume are considered economically extractable helium sources. Known sources of global production are in the Middle East (Qatar), the United States (Wyoming, Texas, Oklahoma and Kansas), Russia, Australia, Poland, and Canada.

What is it used in (besides balloons)?

There are many important uses for helium. Helium is used in MRIs, semiconductor manufacturing, fiber-optic manufacturing, aerospace applications (welding, leak testing, and pressurization), rocket propulsion, and deep sea diving, to name a few examples. The element also has military applications.