As a catalyst carrier, activated alumina has the characteristics of thermostability and oxidation resistance.
There are great differences among various carriers. Al2O3 can be used as a carrier for CH4 autothermal reforming catalyst due to its suitable specific surface and pore structure, and the reactivity of different types of Al2O3 is also different.
Using Al2O3 as a carrier not only provides the contact surface between the reactant and the active center of the catalyst, but also Al2O3 interacts with the active component Ni to form a NiA12O4 spinel structure, which has a great impact on the activity of the catalytic reaction and carbon deposition.
Product advantage:
As the catalyst carrier,activated alumina has the following functions:
1. Increase the effective surface area and provide proper pore structure.
2. Improve the mechanical strength of the catalyst, such as abrasion resistance, hardness, compression strength and impact resistance;
3. Improve the thermal stability of the catalyst;
4. Save the number of active components and reduce costs.
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