KaiDa's Palladium
Catalysts
Palladium
Catalysts is the most selected and widely used catalysts for many industrial
hydrotreatment (hydroprocessing) operations such as
hydrodeoxygenation, hydrodenitrogenation,
hydrodesulfurization, and hydrodemetalation owing to its
ability to promote various fundamental reactions: oxidative
addition of aryl, heteroaryl and vinyl halides and triflates,
activation of olefinic bonds towards nucleophilic additions
(oxy-, amino- and carbopalladation), activation of carbon
monoxide.
|
Heterogeneous Catalysts |
|
Catalysts |
Product Code |
Support Material |
Metal Assay |
Applications |
|
Palladium on Carbon |
Pd/C |
Carbon |
5%
10%
0.5% |
Hydrogenation,
Selective hydrogenation, Oxidation, Dehydrogenation, Hydrogenolysis,
Dehalogenation, Carbonylation, Telomerization, Disproportionation,
Migration of olefins, Deoxo reaction, Hydropurification |
|
Pd(OH)2 on Carbon |
Pd(OH)2/C |
Carbon |
5%,10%, 15% |
|
Palladium on Alumina
|
Pd/Al2O3 |
Alumina |
5%
0.3%, 0.5%, 1.0% |
|
Palladium on Calcium Carbonate
Lindlar Catalysts |
Pd/CaCO3 |
Calcium carbonate |
5% |
|
Resin-Supported Palladium |
Pd/resin |
Resin |
0.5% |
|
Palladium on Barium Carbonate |
Pd/BaCO3 |
BaCO3 |
1%, 5% |
|
Palladium on Barium Sulphate |
Pd/BaSO4 |
BaSO4 |
1%, 5%, 10% |
|
Palladium on Silica |
Pd/SiO2 |
SiO2 |
1%, 5% |
|
Palladium on Graphite |
Pd/Graphite |
Graphite |
5%, 10% |
Palladium Compounds (Palladium Salt)
|
