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The heart of an ancient volcano in Norway host Europe ’s largest deposit of rarified earth elements , according to the mining company Rare Earths Norway .

On June 6 , the company released areporton the deposit , which found that there is an estimated 8.8 megatons of rare earth oxides uncommitted in the outcrop . About 1.5 megaton of that is expected to be rare earth magnet , which are used in flatus turbines and electric vehicles .

The Fen carbonatite complex

580 million years ago, the Fen Carbonatite Complex complex was the pipe of an active volcano.

" [ T]he resource estimate underscores the potential difference of the deposit to be a truly transformative plus that can support a unassailable rarified earth economic value chemical chain for Europe , " Rare Earths Norway CEO Alf Reistad said in astatement .

The deposit , known as the Fen Carbonatite Complex , sits SW of Oslo near Lake Norsjø . Some 580 million years ago , the complex was the tobacco pipe of an active volcano . Now long dead , the upper part of the vent has eroded away , exposing this magma - filled piping , which is about 1.2 mile ( 2 km ) in diameter , to the control surface .

The magma solidify into carbonatite , which is rock’n’roll chock - full of minerals that bear certain manakin of carbonate molecules . harmonise to Rare Earths Norway , this once - molten magma now holds economically important rare earth elements such as neodymium — a metallic element used to make attracter — and praseodymium , also used in attractor as well as in other applications like aircraft engines .

Stored core samples that are cylinder shaped, labelled 5929.

Core samples taken from the Fen Carbonatite Complex in Norway.

The mining company reckon focuses on the upper portion of the ancient vent ’s sand , down to 1,535 feet ( 468 meters ) below sea level . According to the company statement , there are potential depositary down to about 3,300 feet ( 1,000 m ) below sea level .

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The company plans to continue exploratory drilling and will also work up a pilot burner plant life near the rock outcrop for process the ore into pure rare earth elements . allot to a 2023 study fromThe Oxford Institute for Energy Studies , about 70 % of the world ’s supply of rare dry land elements are mine inChina , and 90 % of all uncommon ground elements are processed there .

However , these 17 elements , which are crucial for technologies such as touch screen and electric battery , are actually distribute wide . Countries around the globe are aiming to insure their own domestic supply chains for these mineral . In the U.S. , for lesson , researcher arelooking in ember mine , where minelaying activity is already come about , to see if rare earthly concern metallic element might become the next product of these mine .

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