What are “Gateway Metals” and why are they so important to U.S. technology? Find out in the latest American Resources Policy Network report.
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American Resources Principal Dan McGroarty testified before Congress on the importance of developing U.S. mineral and metals resources.
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A Look at how Gateway Metals and their Co-Products Underpin Modern Technology Our Technology Age is driven by a revolution in materials science – a rapidly accelerating effort that is unlocking the potential of scores of metals and minerals long known but seldom utilized in our tools and technologies. This report attempts to provide snapshots (…) more
Via our friend and ARPN expert Simon Moores’ Twitter feed, we came across a three-part must-read series for Bloomberg View, in which author and policy expert David S. Abraham discusses the role of rare earths in today’s increasingly high-tech world. Perhaps most interestingly, Abraham clarifies a common misconception in part two of the series: “Although (…) more
Whether it’s from our mothers or from Mick Jagger, most of us learn somewhere along the line that “you can’t always get what you want.” It’s part of a mature approach to life, and – when applied to politics – is the precursor to reaching deals that, through compromise, find a majority. A rejection of (…) more
In the rush to act on must-pass legislation in the waning days of the 113th Congress, it’s possible for ARPN followers to have some hope that sound resource policy is still possible in Washington. Case in point: the carefully-crafted federal land exchange package that is part of the National Defense Authorization Act, the must-pass bill (…) more
ARPN followers are well aware of the connection between Made in America and Mined in America. Today, the National Mining Association (NMA) released a comprehensive new report, documenting in detail the importance of mined materials to America’s manufacturing resurgence – or lack thereof. The NMA report notes what it terms “…a gross structural mismatch between (…) more
ARPN followers well understand that a host of metals and minerals are key to the green-tech transition – rare earths like neodymium and mainstay metals like copper for wind turbines, Copper-Indium-Gallium-Selenium for the CIGS solar panel technology. The list is long. Yet all too often, Green advocates take a reflexively oppositional stance towards all-things-mining. ARPN (…) more
ARPN readers know that one of the core tenets of the Resource Wars thesis is that the market for strategic and critical metals is never immune to government interventions. Witness today’s Bloomberg report: “China Said to Add 10,000 Tons to Rare Earths Stockpiles.” Bloomberg reports: “China may stockpile more medium-to-heavy rare earths this year such (…) more
ARPN’s Dan McGroarty reports a worrisome development in the saga of EPA’s unprecedented use of pre-emptive veto power to stop Alaska’s proposed Pebble Mine even before a mine plan is presented for review: Anti-mining activists are urging EPA to dust off its veto pen again. And again. Noting a common thread between new pushes for (…) more
That’s the title of this Forbes.com piece co-authored by ARPN’s Dan McGroarty and Behre Dolbear CEO Karr McCurdy. ARPN readers know Behre’s “Where Not to Mine” report as the annual review that regularly shows the U.S. leading the mining world in the one category where being first is being last: the time it takes to (…) more
ARPN followers are well-versed on the dangers of foreign resource dependency – a concern highlighted by Tesla Motors’ announcement earlier this year that the EV manufacturer will build a massive Giga-Factory in the American Southwest, with the goal of doubling global EV battery output by 2020. As ARPN’ers know, the next question is: Where will (…) more
Director, Land & Resource Management
Western State Colorado University
Professor of Metallurgical & Materials Engineering
The University of Montana
Deputy Director - Legislative
The American Legion
Major Uses: domestic consumption, transportation, building, electrical
Import Dependency for U.S.: 38%
Major Importers: Canada, Russia, China, Mexico
Major Uses: construction, transportation (predominantly automotive), cans and containers
Import Dependency for U.S.: 7%
Major Importers: Canada, European Union, China, Mexico
Major Uses: aircraft gas turbine engines, cemented carbides for cutting, wear-resistant applications
Import Dependency for U.S.: 81%
Major Importers: Norway, Russia, China, Canada
Major Uses: building construction, electric and electronic products, and transportation equipment
Import Dependency for U.S.: 30%
Major Importers: Chile, Canada, Peru, Mexico
Major Uses: catalysts to decrease harmful emissions in light- and heavy-duty vehicles, also used in chemical and petroleum refining sector, and fabrication of laboratory equipment
Import Dependency for U.S.: 94%
Major Importers: South Africa, Germany, United Kingdom, Canada
Major Uses: coins and medals, industrial applications, jewelry and silverware, and photography
Import Dependency for U.S.: 65%
Major Importers: Mexico, Canada, Peru, Chile
Major Uses: automotive electronics, pagers, personal computers, and portable telephones
Import Dependency for U.S.: 100%
Major Importers: Australia, China, Kazakhstan, Germany
Major Uses: petroleum-reforming catalysts, superalloys used in turbine engine components
Import Dependency for U.S.: 86%
Major Importers: Chile, Netherlands
Major Uses: catalysts to decrease harmful emissions in light- and heavy-duty vehicles, also used in chemical and petroleum refining sector, and fabrication of laboratory equipment
Import Dependency for U.S.: 94%
Major Importers: South Africa, Germany, United Kingdom, Canada
Major Uses: Jewelry and arts, electrical and electronics, dental and other
Import Dependency for U.S.: 33%
Major Importers: Canada, Mexico, Peru, Chile
