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WE ARE CLEAN RESOURCES Cost effective and environmentally friendly solutions Value creation by developing clean and sustainable, novel and profitable technologies for the betterment of the metal mining and the coal power generation industries Ask for Consultation

Clean Mining Solutions | Clean Building Material Solutions

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Clean ResourceS Mission

We endeavor to comply with ESG-principles and with the applicable United Nations Sustainable Development Goals taking full advantage of the circular economy potentials.

"Value creation by developing clean and sustainable, novel and profitable technologies for the betterment of the metal mining and the coal power generation industries"

WE ARE A SOLUTIONS PROVIDER

Our Solutions

Our solutions are ranging from valorization and definitive decontamination of polluting
deposits (coal ash landfills, mercury or cyanide containing mine tailings deposits or
ponds), to clean and highly efficient precious metal extraction (no use, recovery and
recycling of hazardous chemicals, minute use of water).

Acrete™

  • Cost-effective and environmentally friendly process to treat and upcycle coal ash
  • Produces alternative or complement to concrete/cement
  • High strength and water-resistant
  • Patented technology

HydroS™

  • The process to produce Hydrogen Sulphide (H2S) on-demand with multiple industrial applications.
    • Treatment of contaminated water (Acid Mine Drainage, decontamination of tailings, decontamination of flooded mine pits)
    • Enhancement of the SART process (recycling of cyanide and removal of contaminating metals) and other industrial applications.
    • Patented technology.

MetoxS™

  • Clean process (i.e. no hazardous chemicals) to enhance recovery of metals from current metal mine production and tailings dams.
  • Offers an environmentally friendly alternative to cyanide or mercury leaching.
  • Patented technology
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ARVLeach™

  • Hydrometallurgical process (acid leaching)
  • 90% recovery possible
  • Low temperature (90-120 C)
  • No use of high pressure
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