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Results 11 - 20 of 41 for Surface Miners
  • Article - 15 Jun 2022
    Mining is a key global economic activity that has a millennia-old history and has evolved from simple surface resource exploitation in ancient times to the complex and vast quarrying and deep...
  • Article - 28 Apr 2022
    This article will look at how mining has changed over time and the technologies that are driving mining progress in a rapidly changing world.
  • Article - 28 Apr 2022
    Several advances in recent years have made mines safer, more efficient, and sustainable. The economic viability of exploiting ever-depleting resources has also improved. 3D laser mapping has emerged...
  • Article - 27 Jan 2022
    This article looks at IMDEX's drilling optimization devices and sensors which are developed to deliver real-time rock understanding and quality information.
  • Article - 20 Jan 2022
    Rapid advancements in science and technology have enabled high-performance computing, artificial smart calculation, and procurement of detailed geological data. These have presented a major step...
  • Article - 12 Jan 2022
    Techniques for controlling dust in mines exist to keep workers safe. Novel approaches utilizing cutting-edge technology have been proposed in recent years.
  • Article - 15 Oct 2021
    Filho, W et al. recently released a journal paper looking at the legal aspects of deep seabed mining (DSM) and the environmental risks it poses. The paper also suggests key issues miners will need to...
  • Article - 21 Aug 2012
    The United Kingdom, with a total population of 63,047,162 as of July 2010, is located in Western Europe. The country covers a total area of 243,610 km2 and has a temperate climate.
  • Article - 1 Feb 2022
    The history of mining is filled with examples of costly catastrophic safety failures leading to loss of life and equipment. The ability to detect problems in mines before they cause a disaster is key...
  • Article - 20 Feb 2014
    Gossan refers to the rust-colored capping or staining of a mineral deposit, which is mostly formed due to the oxidation or alteration of iron sulfides.