Greater diversity of rare earth metals (REM) supply is essential if the world is to address the dominance of producers such as China and Russia, suggests Dr Rebecca Harding

Europe is struggling to cope with record high temperatures, wild fires, threatened power outages and conflict between Ukraine and Russia on its eastern border. Global energy prices are rising so rapidly that inevitably comparisons are being drawn with the twin oil crises of the 1970s.1

The combined effect of a sustained pandemic lockdown in China, supply chain shortages globally and rising food prices threaten to push the world into at best, stagflation where inflation rises but economic growth is flat, and at worst full-blown recession.2 As the US Federal Reserve increases interest rates to stem rising inflation, pressure grows on other central banks to follow suit – if only to avoid the consequences of a weak currency and excessive dollar-denominated debt.3

We are at the point where a strategic, and integrated approach to sustainability, economic development, growth and (increasingly) defence is looked to from businesses, governments and financial institutions. Trade plays a central role in this strategy, as it has traditionally. The World Trade Organisation’s very purpose is to create a free and fair trading system that is open to and beneficial for all.4 These are well-rehearsed arguments and can start to sound like platitudes against a backdrop of environmental destruction, rising social and economic costs, and increased conflict – arguably all emanating from the same globalisation that free and fair trade was meant to represent.

So now it is less about why trade matters for environmental, social or governance/geopolitical (ESG) reasons. Rather, it is about how trade can help us anticipate future challenges and determine how best to mitigate them when they arise.

Take fossil fuel dependency as an example. The Paris accord of 2015 set a principle for the world to achieve net zero carbon emissions by mid-century.5 One way of achieving this is to transition from the internal combustion engine (ICE) towards electronic vehicles (EVs). To move societies over to EVs en masse and significantly reduce emissions will require around 290 million charging points across Europe by 2040 funded by US$500bn in public-private investment.

Meeting these targets depends on adequate supplies of lithium-ion batteries, which presents several clear supply chain and geopolitical challenges:

Rare earth metals are used in everyday life and are essential to the way in which we transition to clean energy, adapt our economies to make them digital, and even defend borders. Yet here again, certain producers dominate: China accounts for around 25% of all rare earth exports, and Russia is the source of nearly 20% of all palladium supplies. There are already challenges to NATO’s supply chains of military weapons.6

The world is facing three challenges simultaneously – climate, economic and military – each. of extreme importance for national and international security. The World Trade Organisation’s (WTO) 12th ministerial conference in June 2022 responded with no more than warm words, an agreement to WTO reform and a commitment to maintaining the rules-based international order. Although given that many delegates would not, or could not, negotiate with Russia this could be seen as something of an achievement.

But “open and inclusive” trade is not enough to prepare trade, and trade finance for a conflicted future. Whatever results from the Ukraine conflict, the world will not – indeed cannot – be the same again. The pandemic, conflict and supply chain blockages have each altered our perception of where we should resource supplies from, and what we need to manage this transition.

And yet we are still naïve. For The Economist,7 solving the fall-out from the current energy shock centres on “steadily extending measures with more certainty about which energy sources can be used and for how long.” This is necessarily true – of course we need to transition and in such a way that makes energy supply and security stronger. But have we thought through the unforeseen consequences that this transition will entail? Could it increase our energy, economic, and indeed military dependency on China and Russia in particular, rather than reduce it? Navigating the path ahead means questioning the accepted wisdom now – and the rare earth challenge could ultimately become one of the major battles of the 21st century.

Rare earth metals (REM), rare earth elements (REE), and rare earth oxides (REO) are terms for 17 elements on the periodic table:

REMs are used in multiple sectors of defence such as night vision technology. REM chemical combinations can be used as temperature-resistant magnets that have a huge role in aviation. They are used in solar and wind turbine technologies, are found in consumer electronics, the auto industry, and are essential for space-based satellites and communications systems and medical applications that include MRIs, X-ray, lasers, neutron radiotherapy, and various drug treatments. 

Source: https://www.techmetalsresearch.com/guide/what-are-rare-earth-metals

Dr. Rebecca Harding is an Independent Economist and CEO Coriolis Technologies The cover image (© Getty Images) is neodymium stone, part of the rare earth group, the world’s strongest magnetic ore used in the technology industry

1 See https://bloom.bg/3OkqZTh at bloomberg.com 2 See https://bit.ly/3PEhAXD at worldbank.org 3 See https://on.ft.com/3yTVEkm at ft.com 4 See https://bit.ly/3zj8euQ at wto.org 5 See https://bit.ly/3ohgdCG at un.org 6 See https://on.ft.com/3Oew4w5 at ft.com 7 See https://econ.st/3B2ddl5 at economist.com

Independent trade economist, CEO Coriolis Technologies

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