Sulfur Adsorber from Oil and Gas Streams Based on Zinc Oxide-Copper Oxide – Sulfur Guard
Application:
Oil and Gas industries
Product Introduction:
These adsorbents are designed and produced to adsorb and remove sulfur-containing pollutants in various feeds. Most of these adsorbents are based on zinc oxide-copper oxide, which is synthesized by the coprecipitation method. In the adsorbent production process, some amount of binder or shaper (such as alumina (up to 15%)) is used to shape the product. These adsorbents are installed in the oil and natural gas flow paths, headed to various processes such as isomerization, reforming, etc. They aim to minimize sulfur-containing impurities, including H2S, mercaptans, disulfides, thiophenes, etc. The importance of removing sulfur-containing pollutants from various oil and gas flow is the poisoning of downstream catalysts, equipment corrosion, and environmental and safety risks. According to the type and amount of sulfur compound and feed, the adsorption capacity of these catalysts can be changed through the specific surface area of zinc oxide-copper oxide and the type and amount of primary binder.
Technical Specifications:
Usually, these catalysts are designed as filaments with a diameter of 3 to 5 mm and produced by the extrusion method. But they can also be made in the form of tablets.
Advantages:
* The best company in Iran in the field of producing specialized adsorbents for oil, gas, and petrochemical industries
* Achieving a powder product with a surface area of 100 m2/g and better than the American sample
* High activity
* Maximum sulfur component adsorption capacity
International Standards or Permission:
Product approval from the Oil Industry Research Institute in Iran
| Company | |
|---|---|
| Type | This product is a final B2B consumer product. |
| Annual Production Capacity | 250 Tons |
| Main Export Destinations |
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Application:
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* A wide range of products
* Capable of producing new products
* Adequate engineering/technical services 75
Application:
* Normal transformation of paraffins into branched compounds
* Conversion of metaxylene to ortoxylene or paraxylene (P-xylene)
Application:
* Converting heavy and low-value oil fractions into valuable and light products
* Molecular breakdown reactions at low pressure
* Obtaining higher quality products
Application:
Gas and crude oil refining companies use it to convert hydrogen sulfide (H2S) to sulfur (S).
Application:
Separating water from oil
Application:
Preparing molecular sieves for oil, gas, and other industries These products are final B2B consumer products.