| Application |
Content [wt % ] |
| 1)Hydrodesulfurization |
a) CoO 3-5
MoO3 13-21
Al2O3 balance
(extrudates)
b) NiO 3-6
MoO3 13-21
Al2O3 balance |
| 2)Sulfur removal |
a) ZnO 90
Blinder balance
b) CuO 6
Actived Carbon balance
(granules) |
| 3)Chlorine Removal |
a) Na2O 7-10
Al2O3 balance
(spheres) |
| 4)Steam reforming |
a) NiO 56
MgO 12
SiO2 10
Al2O3 balance
(tablet)
b) NiO 14-25
K2O 1-8.5
CaAl12O19/@Al2O3 balance
c) NiO 12--14
@-Al2O3 balance |
| 5)High temperature CO conversion |
a) Fe2O3 89
Cr2O3 9
CuO 2
(tablet) |
| 6)Low temperature CO Conversion |
a) CuO 38-57
ZnO 31—42
Al2O3 10-12 |
| 7)Medium temperature CO Conversion |
a) CuO 30
ZnO 60
Al2O3 10 |
| 8)Sour gas shift |
a) CoO 3.5
MoO3 14
Al2O3 balance |
| 9)Ammonia Synthesis |
a) Fe 78
Fe2O3+FeO 10
b) Fe2O3+FeO 92 |
| 10)Methanol Synthesis |
a) CuO+ZnO+Al2O3 |
| 11)Methanol Reforming |
a) CuO 32
ZnO 66
b) CuO 66
ZnO 23
Al2O3 11 |
| 12)Ammonia Dissociation |
a) NiO 8
MgO balance |
| 13)Production of town gas |
a) NiO 7
SiO2 8
@-Al2O3 balance
b) Fe2O3 89
Cr2O3 9
CuO 2 |
| 14)Gas purification |
a) Pt 0.3
NiO 4
Al2O3 balance
b) Pd 0.2-0.5
Al2O3 balance |
| 15)MTBE catalyst |
|
