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Largest rare earths deposit in European history found in Sweden

Largest rare earths deposit in European history found in Sweden
Europe's largest rare earth minerals deposit ever has been found in Sweden
Europe's largest rare earth minerals deposit ever has been found in Sweden
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Europe's largest rare earth minerals deposit ever has been found in Sweden
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Europe's largest rare earth minerals deposit ever has been found in Sweden
The Per Giijer deposit is adjacent to LKAB's Kiruna mine
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The Per Giijer deposit is adjacent to LKAB's Kiruna mine

Swedish government-owned mining company LKAB has reported the largest deposit of rare earth metals ever discovered in Europe – more than a million tonnes of rare earth oxides, which will be invaluable in the race toward decarbonization.

LKAB is racing to investigate the find, known as the Per Geijer deposit, which was discovered adjacent to the company's Kiruna mine in Lapland, which has been described as the largest and most modern underground iron ore mine in the world.

There is currently zero rare earth mining in Europe; the industry is currently absolutely dominated by China, which produces some 61% of the world's rare earth supply according to Mining Technology, with the United States in a distant second place with just 15% of the market.

There are 17 rare earth elements, prized for their outstanding magnetic and conductive qualities, but the most important at the moment is neodymium, which is alloyed with boron and iron to form the world's strongest permanent magnets. These magnets are in high demand as the world moves away from fossil fuels; they're used extensively in electric motors.

Neodymium and the other rare earths are essential for a range of tech products, including smartphones, solar panels, wind turbines and monitors, to name just a few. Mining Technology estimates that every EV battery uses about a kilogram (2.2 lb) of rare earths, and every wind turbine uses about 600 kg (1,323 lb).

As with lithium, demand for these elements is projected to skyrocket over the coming decades, placing China very much in the driver's seat to control the market.

The Per Giijer deposit is adjacent to LKAB's Kiruna mine
The Per Giijer deposit is adjacent to LKAB's Kiruna mine

The million-plus-tonne find is the biggest in European history, and LKAB is hoping to begin exploiting it as quickly as possible, but the company says in a press release that the current permitting process would appear to prevent it delivering raw materials to the market for "at least 10-15 years."

To put the find in perspective, the world's largest known rare earths deposit is the Bayan Obo deposit in Inner Mongolia, northern China. It's been in production since 1957 and contains some 40 million tonnes of reserves.

“This is good news, not only for LKAB, the region and the Swedish people, but also for Europe and the climate," says Jan Moström, President and Group CEO, LKAB. "This is the largest known deposit of rare earth elements in our part of the world, and it could become a significant building block for producing the critical raw materials that are absolutely crucial to enable the green transition. We face a supply problem. Without mines, there can be no electric vehicles."

Source: LKAB

9 comments
9 comments
martinwinlow
It seems rather a coincidence that this deposit was 'suddenly' found right next to a huge open-cast mine. Isn't the reality likely to be that the only reason other countries the world over have not found similar deposits of REMs is simply because on-one has bothered to look? The amount of REMs needed in industry have until recently been relatively small and thus demand low and the usual channels of supply have sufficed. Now that EVs are taking over from ICEVs, demand is going to be/is already huge and therefore it makes sense for us in the West to start seriously looking for alternative supplies. Who knew?
Captain Danger
@martinewinlow You are probably right. There may not have been much of an incentive to find those metals so the status quo was good enough.
Sort of like oil. 40+ years ago when I was in school there was a propaganda campaign showing how the world was going to run out of oil. I remember being shown films about it and a one point had to write an essay about how to save fuel. Then all of a sudden oil deposits were discovered, technology for recovering it improved and there was no shortage.
I suspect the same thing will happen in this case.
I do like the comment by the company that says hey will not be able to exploit the deposits for 10-15 years because of the regulatory process, sounds like a shot across the bow of bureaucracy.
Adrian Akau
All we have to do is to wait 10-15 years.
Catweazle
REMs aren't particularly rare, in fact they're relatively common.
The problem is that because of their atomic configuration they are exceptionally difficult to separate and purify, requiring large quantities of highly unpleasant chemicals and creating large quantities of intractable toxic waste.
guzmanchinky
It would be so good to see Sweden prosper from this. They also won't use horrible human rights violations in mining the way other countries do.
jerryd
There are no rare earths in batteries.
Just SE of Tampa is a huge amount of REEs already mined, just needs refining from the phosphate tailing piles.
Lithium is not rare, refineries are the choke point.
Brian Beban
Firstly, to address Martin below, "The Kiruna mine is the largest and most modern underground iron ore mine in the world. " -the mine is not opencast. Then to comment on Captain Danger below, 40 years ago, fracking and horizontal drilling was not in vogue. Now, there is technology available to exploit the vast reserves of frackable geology like the USA has done to again become the world's largest oil producer. I suspect the discoveries of rare earths will increase, but in cases like Sweden where it takes an age to get permission to actually mine them, regardless of the lack of risk when connecting one underground mine to another, and also as in the USA where Biden put a halt on fracked resources without a proper understanding of the essentially risk free process to wokely bow to so called environmentalists, the pathway to exploiting these resources is paved with woke politics. The world needs these resources now, before new processes make them obsolete.
Niclas
Its presence was known long ago, but now demand and price level made it worth investigating and quantifying.
It started some years ago when a company wanted to refine REM from iron slag heaps from the mine, but at that time low concentration and refinery cost made it non profitable, so they started to look for sources elsewhere.
This site have the advantage of an established mining company near by with resources and knowlege, and also (highly usefull in this case) government ownership.

REM isn’t rare, but high concentration and bound in forms manageable to separate and refine is, probably.

Having said that, finding is the easy part, and the biggest challenges remain:
1) Admission, lead times, environmental and social concern. Done wrong this could devastate a large area.
2) Efficient separation and refining.
3) Market price volatility. The Chinese could decide to dump prices back to what they were.
christopher
Bureaucracy gone *utterly* bonkers: "Swedish *government*-owned mining company" ... "the current permitting process prevents it delivering raw materials for 10-15 years."