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Greenland Minerals seeks talks with new gov’t over fate of rare earths project

Greenland’s new coalition government, which consists of the Inuit Ataqatigiit (IA) and Naleraq parties, has publicly stated its intention to block Kvanefjeld’s development, due to the presence of uranium as a by-product.

Greenland’s new coalition government has publicly stated its intention to block Kvanefjeld’s development, due to the presence of uranium as a by-product.

Earlier this month, Greenland Minerals said uranium was of no great importance to its project, seeking to appease concerns. The miner had previously that revenues generated by the uranium and other by-products of the operation would help offset rare earth production costs.

The company’s shares have lost 50% of its value since April 6, when the IA party won the parliamentary election with more than a third of votes. The IA dethroned the ruling Siumut party, which had led every government except one since 1979.

The Australian explorer said on Wednesday the exploration licence for its Kvanefjeld project was granted under the Greenland Mineral Resources Act and had been operated by the company in close dialogue with all the island’s governments since beginning operations in 2007

Greenland Minerals seeks talks with new gov’t over fate of rare earths project
Project location. (Image courtesy of Greenland Minerals.)

The miner noted it had sought legal advice regarding its rights to continue developing Kvanefjeld, adding it would continue with the public consultation process for the project initiated by the Greenland government until June 1.

Greenland Minerals’ stock dropped almost 20% to A$0.085 on Wednesday, following the company’s update. They have fell about 60% so far this year. 

Kvanefjeld is one of the world’s largest and most advanced rare earth projects, which are key to the electric vehicle and renewable energy revolution.

The project is forecast to be a globally significant producer of all commercially important rare earth elements, including neodymium, praseodymium, terbium and dysprosium, over an initial 37-year mine life.

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