Detail Information |
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|---|---|---|---|
| Place of Origin: | China | Certification: | ISO |
| Product Type: | Modified Pelletized Adsorbent | Materials: | Oxide Based |
| BET Surface Area: | 250–400 ㎡/G | Appearance: | Light Grey Cylindrical Pellets |
| Application: | Acid Gas & Odor Control | ||
| Packaging Details: | 500 Kg Per Bulk Bag; 25 Kg Per Bag | ||
| Highlight: | Oxide based Modified Pelletized Adsorbent, SO₂ Adsorption Efficiency 95% Pelletized Adsorbent, H₂S Adsorption Efficiency 90% Pelletized Adsorbent | ||
Product Description
Modified Pelletized Adsorbent for Acid Gas & Odor Control
Product Introduction
The Modified Pelletized Adsorbent for Acid Gas & Odor Control is a high-performance inorganic cylindrical adsorbent specifically engineered for the removal of acidic gases and odorous compounds such as SO₂, H₂S, NOₓ, NH₃, and organic sulfides.
Composed of selected metal oxide composite materials with optimized mesoporous structures, it provides strong chemical adsorption capability and long-term stability under acidic conditions. Compared with traditional activated carbon, this non-carbon adsorbent offers superior thermal resistance, no fire risk, and longer service life, making it ideal for environmental treatment systems in chemical, electronics, wastewater, and industrial exhaust purification applications.
Specifications
| Specification | Value |
|---|---|
| Mean Particle Diameter, mm | 4.0 |
| Appearance | Light Grey Cylindrical Pellets |
| BET Surface Area, ㎡/g | 250-400 |
| SO₂ Adsorption Efficiency, % | 95 (min) |
| Thermal Stability, ℃ | 400 (min) |
| Bulk Density, kg/m³ | 500-650 |
| H₂S Adsorption Efficiency, % | 90 (min) |
Note: Specifications and particle sizes can be customized according to customer requirements.
Features
- High Chemical Adsorption Capacity: Excellent efficiency for SO₂, H₂S, and other acid gases through surface oxidation-reduction and chemical reaction mechanisms.
- Strong Odor Removal: Effectively eliminates offensive gases such as mercaptans, amines, and volatile sulfur compounds.
- Non-Carbon Composition: Inorganic base ensures high safety, eliminates spontaneous ignition risk, and maintains stable performance under humid or acidic conditions.
- Durable & Regenerable: Stable pore structure and high crush strength allow multiple regeneration cycles with minimal performance decay.
- Environmentally Safe: Low dust generation, low ignition loss, and full compliance with industrial emission control standards.
Applications
- Acid Gas Removal Systems: Used in exhaust gas purification units for SO₂ and H₂S abatement.
- Odor Control Facilities: Ideal for wastewater treatment plants, composting centers, and chemical process ventilation systems.
- Industrial Exhaust Treatment: Applied in coating, printing, and electronics manufacturing for removal of corrosive or odorous vapors.
- Activated Carbon Replacement: Suitable for environments where non-flammable, high-temperature-resistant adsorbents are required.
Manufacturing Process
- High-Purity Material Selection: Produced from composite metal oxides and inorganic binders under precise formulation control.
- Optimized Pore Design: Mesoporous structure tailored for acid gas diffusion and chemical adsorption.
- Thermal Stabilization: High-temperature sintering ensures mechanical strength and chemical durability in harsh exhaust environments.
- Quality Assurance: Each batch is tested for surface area, SO₂/H₂S removal efficiency, and thermal stability to ensure consistent performance.
Packaging Options
- 25 kg Bags: Moisture-resistant multi-layer bags with PE inner liner, suitable for small and mid-scale installations.
- 500 kg Jumbo Bags: Designed for industrial-scale odor control and exhaust treatment systems.
- Customized Packaging: Available upon request for specific handling or system integration needs.
