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BR Sorb 408 Zinc Oxide Sulfur Adsorbent

BR Sorb 408 zinc oxide Sulfur Adsorbent is a high-efficiency purification agent designed for removing sulfur compounds from various gas and liquid feedstocks at room or relatively low temperatures ( 100–150℃). After treatment with BR Sorb 408 can reduce sulfur content in the feedstock from 1–10 ppm to below 0.1 ppm.

The presence of trace amounts of water in the gas or liquid feedstocks enhances this purification process.

For feedstocks with high levels of organic sulfur compounds like COS, it is recommended to use T503 COS hydrolysis catalyst in series before BR Sorb 408 to ensure the outlet purity remains below 0.1 ppm.

Industrial Application and Prospects:

BR Sorb 408 has been widely used in four domestic butanol-octanol units and dozens of large, medium, and small polypropylene units for the fine desulfurization of propylene feedstocks, demonstrating excellent performance.

Due to its low-temperature activity, ease of operation, significant desulfurization effects, and energy-saving benefits, BR Sorb 408 provides substantial economic advantages to users, promising broad application prospects.

Packaging and Storage:

BR Sorb 408 zinc oxide Sulfur Adsorbent is packaged in ton bags (lined with plastic bags), with a net weight of 900 kg per bag. The product must be protected from moisture and should not come into contact with acidic substances. During transportation and handling, avoid dropping and collisions. It can be stored and sealed for up to three years without affecting its use.

Technical Data Sheet

 

Appearance Gray-white extrudate
Size(mm) Φ3~5
Bulk density(kg/l) 0.9–1.1
Crush Strength(N/cm) ≥50.0
Breakthrough Sulfur Capacity(%) ≥10
Operating Pressure(MPa) Room Pressure to 6
Operating Temperature(°C) Room temperature to 120
Gas Space Velocity( h-1) 500–2000
Liquid Space Velocity( h-1) 1–5
Loading Height/Tower Diameter >3
Feed gas Sulfur Content(ppm) 1–10

Why Choosing BrightChem?

Process Software Packages

Provide process packages for technologies such as ammonia synthesis, methanol synthesis, and synthetic natural gas production. Additionally, we can collaborate with partners to develop new process packages tailored to customer requirements.

Offer patented and proprietary technologies and equipment for processes such as ammonia synthesis, methanol synthesis, and synthetic natural gas production. Various collaboration models are available, including full-process technology patent licensing or licensing of single or multiple patented and proprietary equipment.

Provide comprehensive services throughout the entire project lifecycle, including process technology solutions, feasibility studies, process package design, engineering design, modular plant fabrication, on-site installation guidance, commissioning support, performance evaluation, normal production operation, catalyst replacement, internals replacement, equipment maintenance, and other full-cycle technical services.

We can provide optimized and modified plant designs focused on energy saving, consumption reduction, capacity expansion, and safety/environmental protection according to customer needs. Additionally, we can combine these designs with process packages for ammonia synthesis, methanol synthesis, synthetic natural gas production, and other technologies to offer more tailored engineering solutions.

  1. Ammonia Synthesis Reactor
  2. Water-Cooled Methanol Reactor
  3. Air-Cooled Methanol Reactor
  • Shorten the design, procurement, and construction cycles.
  • Enhance the safety of complete equipment.
  • Enable the construction of mobile skid-mounted units.
  • Significantly reduce construction time and save labor costs for overseas projects and in cold northern regions.

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