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American Resources Policy Network
Promoting the development of American mineral resources.
  • supply chain security

  • HOMEPAGE >> BLOG >> supply chain security
  • ARPN’s McGroarty: “First Word in Supply Chain is ‘Supply’”

    Re-shoring is the word of the hour.  If the current coronavirus pandemic has shown us anything, it’s that we will need to rethink where we source and produce in the aftermath of COVID — an issue ARPN’s Daniel McGroarty zeroes in on in a new piece for The Economic Standard.

    Citing the excitement over the recent announcement of Arizona as the site for Taiwan Semiconductor’s new next-gen semiconductor factory to manufacture their new 5-nanometer (5nm) chips, McGroarty reminds readers that “supply chain starts with supply:”

    He points out that production of 5nm chips requires at least three minerals of which the United States currently produces exactly zero (indium, gallium and arsenic), and two others others for which our import dependence is greater than 50%  (antimony and germanium) plus one for which data is “notoriously harder to come by” (hafnium). And — you guessed it — “China is the global leader or top U.S. supplier for all six.”

    Writes McGroarty:

    “It’s a harsh reminder that the first word in supply chain is ‘supply.’  And given that Beijing is not too happy about Taiwan Semi joining the 5nm U.S. supply chain team – after Apple, banned-in-America Huawei is Taiwan Semiconductor’s biggest customer — it may not be a good idea to source key semi-conductor materials from China.  We’ve already seen Beijing threaten to cut off rare earth supplies to the U.S. as part of their trade war strategy.  Do we need to multiply U.S. vulnerability across another half-dozen metals and minerals essential to next generation high-speed computing?

    It doesn’t have to be that way:  The U.S. has ‘known resources’ of all six, and already includes them on the U.S. Government Critical Minerals List.  Are the U.S. sources economic?  Not if U.S. laws governing resource development policy make it a decade long odyssey to bring new resource projects into production.  All the tax breaks in Arizona won’t help Taiwan Semiconductor if U.S. policy fails to take seriously America’s critical mineral dependency on China.”

    McGroarty argues that one way to alleviate the problem of our over-reliance on China for our critical mineral supplies would be to extend Defense Production Act (DPA) designation the President invoked last summer to address our nation’s rare earths dependency not just to the metals and minerals required to the metals and minerals required to produce 5nm chips, but also to the other seven metals and minerals for which the U.S. is also 100% import-dependent. 

    He closes:

    “There’s no question that Taiwan Semi’s engineering team has the expertise to make its next-gen chip a reality. The question concerns the stuff their dreams are made on.  Will the U.S. act in time to secure reliable supply of 5nm materials, or will mineral and metal availability become the new “single point of failure” – subject to some future cut-off ordered by Beijing or disrupted by the return of COVID 2.0 — that will render the new Arizona chip investment inoperative?

    That’s not a question of science or engineering or who boasts the best single atomic layer deposition techniques.  It’s a question of political will.  And if the ultimate goal is to reshore American control over our economic destiny and national security, the answer is due right now.”

    Read the full piece here.

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  • New Chart Unveils Supply Chain Weaknesses for Manganese, a Critical Input for EV Technology

    Testifying before the U.S Senate Committee on Energy and Natural Resources in February 2019, ARPN expert panel member and managing director of Benchmark Mineral Intelligence Simon Moores sounded the alarm on the supply chains of metals and minerals that are key components of battery technology and energy storage.

    Arguing that we were in the middle of a  global battery arms race, in which so far the US was a bystander, Moores provided several insightful visuals to outline “the control that China exerted on the lithium ion battery to electric vehicle (EV) supply chain” – specifically for lithium, cobalt, graphite and nickel.

    Benchmark Mineral Intelligence has since updated these visuals and included 2019 data for the full annual year and included manganese as a “key input to NCM (nickel cobalt manganese) cathodes.”

    Here’s the updated chart:
    img_0976.png

    The verdict is striking: Both Europe and the United States are “sorely missing” the chemical links in the supply chain necessary to create a “21st century EV ecosystem on their respective continents should the situation continue unchecked.”

    Specifically, for manganese, North America accounted for zero tonnes of production which Europe registered fractional tonnage (which however is unsuitable for battery cells).

    China, while only producing 6% of global total output, has a “significant advantage” in the manganese chemical refining step in the supply chain accounting for 93% of production in 2019. According to Benchmark Mineral Intelligence, “[t]his is is a larger imbalance than cobalt of which China similarly mines a fraction, 1% of global supply, but chemically refines 82%.”

    As policy makers work to strengthen domestic supply chains in the coming months, this is an important point to remember: The U.S. is in the fortunate position to be rich in metals and minerals.

    ARPN’s Daniel McGroarty recently pointed out:“[T]he U.S. is resource rich, geologically blessed with known resources of at least 32 of the 35 critical minerals, with deposits of heavy rare earths in Texas, graphite in Alaska, manganese in Arizona – not to mention innovative methods to recycle and recover critical minerals from spent EV batteries, rhenium for jet fighter engines from copper waste in Utah, and all manner of critical minerals from coal waste in Pennsylvania that’s never been considered as a potential supply source.

    We should harness this vast mineral potential where possible.

    However, it is critical to not only focus on resource extraction, but look at the supply chain as a whole — because as Benchmark Mineral Intelligence makes clear: “you do not need to own the raw material sources to control the global flow of trade in the lithium ion battery supply chain.”

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  • Mining Sector Essential Part of Nation’s Critical Infrastructure Workforce

    As the U.S. grapples to flatten the curve of the rapid spread of the novel coronavirus, large swaths of public life have come to a grinding halt. However, as North of 60 Mining News publisher Shane Lasley points out in a new piece for the publication, “it remains imperative for the nation to maintain the critical [...]
  • Time to Reduce Our Reliance on “Untrustworthy Countries for Strategically Important Minerals”

    As we recover from collective food coma and return to our desks after a tumultuous Thanksgiving travel week, J. Winston Porter, a former EPA assistant administrator in Washington, reminds us of the importance of keeping the focus on the issues associated with our over-reliance on foreign mineral resources.    In a new piece for InsideSources, Porter [...]
  • U.S. and Australia Formalize Critical Minerals Partnership

    The United States Geological Survey (USGS) has signed a project agreement with its Australian counterpart, GeoScience Australia, to jointly develop a “better understanding of both countries’ critical mineral reserves.”  The agreement is the result of ongoing agency-level talks between the United States and Australia and the recent announcement of a forthcoming formal roll out of an “action [...]
  • Sen. Murkowski, Panelists, Underscore Urgency of Securing Critical Mineral Supply Chains

    “With our eyes wide open, we are putting ourselves in the same vulnerable position [as we did with oil and gas decades ago] when it comes to these [critical] minerals,” Sen. Lisa Murkowski (R-Alaska) told the audience at “Minerals: The Overlooked Foundation of Our Future,” an event organized by RealClearPolitics in partnership with our friends [...]

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