Contact Print Sitemap Search
power to create
Evonik Degussa Exclusive Synthesis & Catalysts Catalysts
Exclusive Synthesis & Catalysts
Home of Catalysts
Catalyst Guide
Business Models
Products
Activated Base Metal Catalysts
Precious Metal Powder Catalysts
Continuous Process Catalysts
Olefin Polymerisation Catalysts
Homogeneous Catalysts
Deloxan® Metal Scavengers
Services
Technical Forum
Download Centre
News / Events
Calculation Tool
Contacts
Full-Text Search
Precious Metal Powder Catalysts
Precious Metal Powder Catalysts are heterogeneous catalysts for slurry type reactions that are carried out in batch or semi-batch mode. They are widely used in the fine chemicals and the pharmaceutical industry, though there are other applications.

  • Powdered, heterogeneous catalyst
  • Catalysts for slurry phase reactions
  • Precious metal fixed on a support
  • Highly dispersed, stable metal crystallites

Portfolio
Our portfolio of precious metal powder catalysts is very broad and ranges from Pd/C to multi-metallic catalysts on carbon black. Important to know is that by variations in the recipe and the raw materials precious metal powder catalysts can be fine tuned for their application. For more details on the product properties and their application please download our brochure, or visit the Catalyst Guide.

Benefits of using Precious Metal Powder Catalysts from Evonik
Precious Metal Powder Catalysts are especially useful for applications in fine chemicals and the pharmaceutical industry. Here they show their full potential:

  • Safe and easy start of reactions in batch or semi-batch processes.
  • Low precious metals loss.
  • Excellent filtration properties.
  • Simple precious metal recovery and high recovery rates.
  • Optimal cost efficiency.

Catalytic reactions with Evonik’s precious metal powder catalysts
Selective Hydrogenation

  • Carbonyl compounds
  • Olefins / polyolefins
  • Aromatic rings
  • Nitro compounds
  • Nitriles
  • Alkynes

Hydrogenolysis

  • Debenzylation
  • Hydrodehalogenation

Dehydrogenation

  • Formation of aromatic rings

Oxidation

  • Alcohols to carboxylic acids