Isomerization Process Catalyst of Naphtha Oil Fraction
Application:
* Normal transformation of paraffins into branched compounds
* Conversion of metaxylene to ortoxylene or paraxylene (P-xylene)
Product Introduction:
Catalysts of the isomerization process in oil refining complexes in order to convert paraffin compounds (straight chain) into branched compounds (iso) in order to increase the octane number of hydrocarbonic naphtha oil fraction (paraffin 5 and 6 carbon compounds) and to produce isomerate. Catalysts for naphtha oil fraction isomerization and xylene isomerization processes are divided into the following two categories in a general classification:
1. Pt-Cl/Al2O3 catalysts (platinum/chlorinated aluminum oxide)
2. Pt/H-mordenite catalysts (platinum/mordenite zeolite ionized with hydrogen)
Advantages:
* Better quality and lower price than similar products
* The possibility of recovering and reviving the used catalyst
International Standards or Permission:
Isfahan Oil Refinery and National Iranian Petrochemical Company
| Company | |
|---|---|
| Type | These products are final B2B consumer products. |
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Application:
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Application:
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Application:
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Application:
Oil and Gas industries
Application:
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* A wide range of products
* Capable of producing new products
* Adequate engineering/technical services 75
Application:
* One of the most common ways to produce hydrogen fuel is the methane reforming process with steam; Therefore, this catalyst is used to produce the hydrogen needed in the world.
* Use in industrial reformers to process natural gas in the presence of water vapor to produce synthesis gas required by petrochemical complexes that produce methanol, ammonia and urea is another use of this catalyst.
Application:
Gas and crude oil refining companies use it to convert hydrogen sulfide (H2S) to sulfur (S).
