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American Resources Policy Network
Promoting the development of American mineral resources.
  • Beyond rare earths – the criticality of manganese

    The fact that manganese is not a well-known metal outside of the steel, aluminum and battery industry in North America is hardly surprising — after all there has been no domestic manganese production in several decades.

    Nonetheless, manganese is far from being an obscure metal with little importance – in fact there’s a good chance you use it every day, as it is contained in your car, cell phones, bridges, staples, household appliances – and virtually every item that has a steel component. Twenty pounds of manganese is required to make one ton of steel, and it is the fourth largest traded metal commodity in the world. There is no substitution of manganese in the manufacture of steel – without it you end up with a brittle iron product with no ductility or strength.

    Meanwhile, the supply scenario for electrolytic manganese metal (EMM) provides a strong case for domestic production – a promising project for which is currently underway:

    a) China controls the production of EMM at more than 98% of world production;
    b) The free world requires 30% of that production; and
    c) China is consolidating EMM production for internal consumption, and is expected to be a net importer by 2018.

    In light of these factors, the National Research Council of the National Academies considers manganese the second most critical metal (out of thirteen) of potential concern to the U.S. economy. Media coverage would have you believe otherwise – but our critical mineral needs stretch well beyond rare earths, and manganese is a case in point.

    Larry Reaugh is the President and CEO of American Manganese Inc. Read more about him here.

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  • Supply, Demand, and the March of Science

    Just when American Resources has read its thousandth story on companies substituting around scare metals like the Rare Earths to reduce usage, along comes this Platts report on a new discovery in Russia’s RUSAL research labs, working in conjunction with a team from the Siberian Federal University.  Scientists there have fabricated a new aluminum alloy that will enable heavy-duty electric cables to transmit 1.5 times more electricity than current power lines.  Among the alloying agents:  Rare Earths.  So just as researchers work to substitute away from scarce metals by reducing their use, the very same advances teach us more about the inherent properties of the metals — sparking new discoveries.

    It’s too early to estimate how much new demand RUSAL’s new alloy might create for Rare Earth resources.  But it’s clear enough that for a full range of scarce metals and minerals, increased supply — already a market imperative — must become a policy priority.

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  • Rare earths and beyond: China is shaping India’s mineral policy

    In today’s globalized world, it doesn’t take a seat at the decision-making table for one nation to influence another’s domestic policies – a near-monopoly on critical mineral resources will do.  A case in point is India, which, after a seven-year hiatus, is expanding its indigenous Rare Earth Element (REE) production over growing concerns that China [...]

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