|
 |
| The long service
life and optimum performance |
| |
| 1. Will not plug
bed or catalyst |
The monolithic, rather than
layered, structure of AAC supports
eliminates in-service spalling and delamination, which prevents
the indidence of fine chips or splinters that can plug the bed or
catalyst. |
| 2. Will not contaminate
catalyst |
Maximum resistance to erosion
and attrition minimizes the possibility
of catalyst contamination.
AAC supports are not hydroscopic. |
| 3. High thermal
shock resistance |
AAC supports have an extraordinary
ability to withstand extrme
thermal shock without breaking. |
| 4. Will not poison
catalyst |
AAC support media are free
of sulfur, boron and ther common
catalytic poison.
Analysis crushed spheres have determined the leachable iron content
to be less than 0.1%. It expand the ability of catalyst's working
efficiently and minimizes costs caused by replacement, rebuilding
and so on. |
| |
| Application of Catalyst
bed support media |
accepted for a wide range
of refining, chemical and petrochemical
applications. |
| |
Air drying
Catalytic cracking
Condensation
Desulfurization
Hydregenation
LPG treatment
Polymerization
Thermal cracking |
Alkylation
Catalytic oxidation
Dehydrogenation
Hydrocracking
Hydrotreating
Methanation
Shift Conversion |
Catalytic conversion
Catalytic reforming
Desiccant dryers
Hydrodealkylation
Isomerization
Molecular sieve separation
Sulfur recovery |
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