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  • Molten aluminum being poured next to analysis machine.

    DTE analysis tech to optimize aluminum

    A.J. Roan, Metal Tech News|Updated Dec 5, 2024

    Combining AI with LP-LIBS, DTE's aluminum analysis cuts energy use and boosts efficiency. In the face of surging global demand for aluminum and rising energy costs, an Icelandic company is pioneering a new solution with its real-time melt analysis technology that promises to revolutionize aluminum production by providing immediate insights into molten metal composition, significantly cutting down on energy usage and production times while ensuring higher efficiency and...

  • Industrial buildings and living quarters at a 1940s-era mine in Idaho.

    US antimony mine reaches permit goal line

    Shane Lasley, Metal Tech News|Updated Oct 2, 2024

    After eight years of permitting, U.S. Forest Service issues draft decision for Perpetua's Stibnite Gold project in Idaho. In a move that is being hailed as a win for national security, the economy, and the environment, the U.S. Forest Service says it plans to approve the federal permits needed to develop Stibnite Gold, a mine project in Idaho that will be a significant domestic source of antimony critical to a number of military, high-tech, and consumer goods. "We believe...

  • Two Komatsu mining trucks being assisted uphill by overhead trolley assist.

    Trolley lowers Baptiste nickel CO2 intensity

    Shane Lasley, Metal Tech News|Updated Aug 13, 2024

    Study shows that trolley assist for trucks would halve CO2 intensity of what is expected to be one of the world's cleanest sources of nickel. A recently completed engineering study has found that a trolley assist system for haul trucks would significantly reduce the carbon intensity of nickel produced at Baptiste, a project in central British Columbia being advanced by FPX Nickel Corp. that is already shaping up to be one of the cleanest sources of future nickel on the...

  • Crowd of workers in hard hats cheering, viewed from behind.

    Three positive trends in critical minerals

    K. Warner, Metal Tech News|Updated Jul 11, 2024

    Reports demonstrate how growing demand, international cooperation, and social change are shaping the mining sector for the better. The continuing surge in critical minerals demand, anticipated to easily double by 2040, has significantly impacted the global mining sector while several world powers struggle to slip out from under geopolitical pressures on the battery industry and develop domestic supply chains. Propelled by technological expansion, the rate of demand growth for...

  • Artist John Sabraw with reclaimed pigment on a steel table.

    Acid mine drainage to earth tone paints

    K. Warner, Metal Tech News|Updated Apr 4, 2024
    1

    Gamblin Artists Colors introduces oil paints pigmented with waste from acidic water draining from old coal mine. Paints throughout the ages have been uniquely colored by crushed gemstones, rare shellfish, and even powdered Egyptian mummies. With that same pioneering spirit, the Portland, Oregon-based Gamblin Artists Colors began recycling dry pigment dust collected by their Torit air filtration system during the 1990s and mixing it into a paint color they called Torrit Grey.... Full story

  • Hands hold a pile of coins with a plant growing out of it.

    DOE announces future green tech funding

    A.J. Roan, Metal Tech News|Updated Aug 8, 2023

    Impressing the necessity of developing domestic supplies of critical minerals, the U.S. Department of Energy's Office of Fossil Energy and Carbon Management has issued a notice of intent to fund programs that will advance cost-effective and environmentally responsible production, reuse, and recycling of critical minerals and materials in the United States. As part of the $1.1 trillion Bipartisan Infrastructure bill, this latest funding opportunity is aimed to support bench-...

  • A smartphone and other digital devises dependent on an array of metals.

    Apple, USGS develop rock-to-metal ratio

    Shane Lasley, Metal Tech News|Updated Jul 12, 2022

    How much rock must be moved to produce the metals in an Apple iPhone, Tesla Model 3 electric vehicle or any other product that requires mined commodities (i.e., nearly everything)? Apple teamed up with the United States Geological Survey to develop a "rock-to-metal ratio" that makes it easier to answer that question. Metals are essential to every aspect of modern life. Even a bowl of oatmeal requires these fundamental building materials to grow, ship, and process this... Full story

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