Given their high precious metals content, the recycling of spent industrial catalysts is crucial for maintaining the overall efficiency of industrial catalytic processes. At Umicore, we have developed various and unique sampling techniques for both solid (wet or dry) and liquid spent catalysts, ensuring unbiased, reliable, and fully representative samples without the need for pre-treatment like incineration. Our advanced sampling and refining technology enables highly efficient, precise, and environmentally responsible recovery of valuable metals.

Materials Market / Application Packaging instructions & material characteristics
Solid Catalysts
Catalysts based on Al2O3, SiO2, Zeolite, … Oil refining: reforming / isomerisation / hydrocracking / GTL
Petrochemical: VAM
  • Dry, free flowing particles
  • No highly toxic / hazardous / volatile components
  • Packing: 200L metallic drums (without inner liners), big bags, flow bins
Catalysts based on carbon Petrochemical: PTA
Fine Chemicals: hydrogenation / oxidation
  • Coconut shell type
  • Paste, powder, crumbly lumps
  • Typically 30-60% moisture
  • No highly toxic / hazardous / volatile components
  • Packing: 200L metallic drums (without inner liners), big bags
Catalysts based on ion exchange resin Fine Chemicals: homogeneous catalyst reactions
  • Spherical particles
  • Typically 30-60% moisture
  • No highly toxic / hazardous / volatile components
  • Packing: 200L metallic drums (without inner liners), big bags
Liquid Catalysts
Organic / water based catalysts Bulk chemicals: OXO, acetic acid
Fine chemicals: homogeneous catalyst reactions
  • Liquid without residues
  • Viscosity: < 400 mPas (25°C)
  • Boiling Point and flash point: > 55°C
  • No toxic components 
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