New energy mineral processing for lithium, cobalt, nickel and phosphate ores, with advanced beneficiation technology to meet battery-grade material requirements.
Explore our process design solutions for this category.
Process design for lithium (spodumene / brine), cobalt, nickel and phosphate minerals covering comminution, physical beneficiation, hydrometallurgical leaching, solvent extraction, precipitation and crystallization flowsheets.
View SolutionComplete spodumene lithium ore processing flowsheet including crushing, dense media separation and flotation for battery-grade concentrate.
View SolutionLithium brine processing from solar evaporation through purification to lithium carbonate/lithium hydroxide crystallization.
View SolutionCobalt ore processing covering flotation, hydrometallurgical leaching and crystallization to produce battery-grade cobalt sulphate.
View SolutionNickel ore processing solutions for both laterite and sulphide deposits including HPAL, matte smelting and nickel sulphate production.
View SolutionPhosphate ore flotation and beneficiation for producing apatite concentrate suitable for phosphoric acid and fertilizer production.
View SolutionBattery cathode precursor material processing including NMC, NCA and LFP synthesis from refined metal compounds.
View SolutionManganese ore processing covering flotation, gravity separation and hydrometallurgical leaching for battery-grade MnO₂.
View SolutionNatural graphite ore beneficiation by flotation and chemical purification for battery-grade spherical graphite anode material.
View SolutionRare earth element ore processing covering flotation, acid/alkaline leaching and solvent extraction for individual REE compounds.
View SolutionVanadium extraction from titanomagnetite through salt roasting, water leaching and precipitation for V₂O₅ production.
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