Gallium Technology

• Process development and preliminary engineering for the recovery of Gallium from spent catalysts and scrap materials, and the production of 5N-6N Ga metal.
• Manufacture of high purity Gallium salts.
• Recovery of Gallium from Bayer Liquors, technology development, circuit design and cash flow analysis.
• Recovery of Gallium from Zinc concentrates.
• Gallium extraction by solvent from Alumina catalysts.

Other Technology

• Basic engineering and cost estimates for the separation of Tantalum and Niobium from euxenite
• Production of high purity Tantalum and Niobium from ore concentrates
• Preliminary engineering for Samarium, Gadolinium, Europium, Preaseodymium, Neodymium circuits
• Detailed design for an REO facility for production of Samarium and Gadolinium
• Separation and purification of rare earths (Sm, Gd, Y, La, Ce) from a variety  of concentrates:
  • Y2O3 99.99% (Phosphor Grade)
  • La2O3 99.99% (Glass Grade)
  • CeO2 99.9%
  • Pr6O11 99.9%
  • Nd2O3 99.0%(Magnet Grade)
  • Sm2O3 99.9% (Magnet Grade)
• Preliminary engineering for the seperation of high purity Yttrium and Cerium from monazite.
• Basic design for Yttrium and Cerium metal circuits.
  
• Process development for a process to recover of copper and zinc from military scrap.
• Process development, engineering and financial analysis for a plant to recover strategic metals from various residues and scraps : catalysts, slags, ashes and electronic scraps. The product recovered : Vanadium, molybdenum, cobalt, aluminum, zinc, nickel, germanium.
• Process development for the recovery of Vanadium from fly ash.
• Preparation of respective operating manuals.
• Plant start up and training of personnel.