Base Metals

Urbanization and the popularity of personal electronic devices are ramping up demand for base metals such as zinc, copper, nickel, cobalt and lead.

The abundance of Canada’s underground mineral resources is envied the world over. While some deposits are near the surface and can be extracted from an open-pit mine, others are located deeper underground, which increases mining costs.

The sheer size and complexity of certain metallurgical facilities, such as nickel plants, is one of many challenges faced by mine operators.

Base Metals

  1. Your challenges

    • Material handling - Truck transporting ore

      Optimize your operations to increase profits

      You need to accurately interpret the geological setting of the deposit you wish to extract so you can make strategic decisions. To boost efficiency and increase your metal recovery rate, you must optimize your pyrometallurgical and hydrometallurgical processes while improving your energy efficiency.

      Managing tailings—specifically those that contain sulphites and acid generators—can also be a major challenge, not to mention the responsibility of handling these self-heating materials safely.

      Your challenges:

      • Boost productivity and lower mining costs
      • Increase your recovery rate
      • Optimize treatment processes
      • Manage sulphides and adopt appropriate mitigation measures
      • Reduce your environmental footprint
      • Improve energy efficiency

  2. Our approach

    • Industries - Person walking

      Trust our multidisciplinary experts

      Our team consists of geology and extractive metallurgy experts and specialized engineers. We support you by proposing cutting-edge pyrometallurgical and hydrometallurgical processes to help you streamline your operations.

      Our experience covers every type of melting operation, from receiving and preparing raw materials to tapping and casting metal, as well as furnace slag and all related systems.

      We’ve acquired a one-of-a-kind technology that’s used to test self-heating sulphide materials. This technology makes it possible to determine where there may be a risk of spontaneous heating, which can lead to fires and release toxic gases into the ore.
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