Twenty Years Specializing in Air Pollution Control by Catalysis, SCR NOx Reduction, and Platinum Group Metals Technologies and Markets. Our Materials Characterization and Catalyst Development Laboratory performs Novel Research, Benchmarking and Catalytic Activity Testing.

Catalyst Development

Environex develops catalysts designed to meet customers applications in a competitive manner.
 

Catalyst development services include

  • selection of raw materials,
  • material processing,
  • catalyst formulation,
  • washcoat adhesion, and
  • catalyst aging studies.

We have experience in developing

  • SCR catalysts,
  • Diesel Oxidation Catalysts (DOC),
  • Three-Way Catalysts (TWC),
  • CO oxidation catalysts,and
  • other reductive and oxidative catalysts.


Common catalyst applications include

  • air pollution solutions,
  • diesel emission control,
  • industrial air pollution control,
  • vehicle emission reduction,
  • various zeolite applications for catalysis, and
  • designing diesel oxidation catalysts for retrofit equipment.

 
We have  experience in a variety of heterogeneous catalyst support types, support materials, oxygen storage materials and active materials.

Catalyst Substrates

  • metal monoliths
  • ceramic monoliths
  • spherical beads
  • trilobes
  • pellets
  • metal and ceramic foams

Support Materials

  • high surface area alumina
  • ceria and ceria-zirconia
  • silica
  • titania and tubgsten-titania
  • zeolites
  • zirconia

Oxygen Storage Materials

  • ceria and ceria zirconia
  • ceria with lanthanum
  • ceria with yttrium and presidinium

Active Materials

Precious metals (platinum, palladium, rhodium, iridium and rhenium), gold, silver, iron, cobalt, tin, manganese, titanium, vanadium, chromium, nickel, copper, molybdenum, and tungsten.
Active Catalytic Materials in the Periodic Table

Development

Environex provides unique insights into formulation and processing techniques. We can assist from lab-scale development to full-scale processing of catalyst products. We use wet and dry mills, shear mixers, and convection dryers for lab-scale formulations. Raw material and in-process characterization assist optimization of catalyst formulations. Coating optimization and adhesion studies and catalyst aging studies optimize the catalyst’s long-term success while minimizing costs.