H₂S Capacity 0.150 g/cm³ Impregnated Pellet Activated Carbon for Acid Gas Adsorption
Product Introduction
H₂S Capacity 0.150 g/cm³ Impregnated Pellet Activated Carbon is specifically engineered for the efficient elimination of acidic gases and malodorous compounds from the air. Its primary focus is on the adsorption of hydrogen sulfide (H₂S), mercaptans, sulfur dioxide (SO₂), chlorine (Cl₂), and hydrogen chloride (HCl). This variant of activated carbon features a finely tuned pore architecture that significantly enhances its adsorption capabilities, resulting in optimal interactions with both adsorbed gases and embedded chemicals.
| Specification | Value |
| Mean Particle Diameter, mm | 4.0 |
| CTC Activity (base), % | 50 (min) |
| H2S Capacity, g/cm3 | 0.150 (min) |
| Moisture, % | 15 (max) |
| Density, g/cm³ | 0.45-0.60 |
| Hardness (base), % | 95 (min) |
Note: Specifications and particle sizes can be customized according to customer requirements.
Features
- Robust Construction: Designed for harsh environments, this impregnated pellet activated carbon demonstrates outstanding durability and wear resistance, ensuring a long operational lifespan across different applications.
- Exceptional Adsorption Performance: Tailored to effectively capture large volumes of acidic gases, it excels in air quality enhancement and purification endeavors.
- Innovative Pore Design: The sophisticated pore structure increases the surface area available for adsorption, thereby amplifying efficiency in capturing acidic gases.
- Adaptable Functionality: Exhibiting top-tier performance under varying humidity levels makes this activated carbon suitable for a variety of environmental conditions and applications.
Applications
- Wastewater Management: Ideal for eliminating unpleasant odors and corrosive gases in wastewater treatment facilities, contributing to improved air quality.
- Chemical Manufacturing: Crucial for protecting equipment and ensuring safety by efficiently capturing harmful acidic gases during production processes.
- Carbon Dioxide Purification: Effective in removing acidic impurities from carbon dioxide, aiding compliance with environmental regulations.
- Acidic Gas Filtration: Provides efficient reduction of numerous acidic gases within industrial air purification systems, enhancing safety and air quality for workers.
- Methane Refinement: Contributes to higher methane purity by adsorbing unwanted acidic compounds, facilitating cleaner combustion outcomes.
Manufacturing Process
- Material Selection: Premium carbonaceous materials are chosen to optimize the performance of impregnated pellet activated carbon.
- Activation Procedure: The selected raw materials are subjected to a high-temperature activation phase, resulting in a comprehensive pore network that boosts the surface area and adsorption efficiency required for acidic gas capture.
- Impregnation Technique: A precise method introduces impregnants, enhancing the reactivity of activated carbon. The careful calibration of impregnant levels ensures the desired performance traits.
- Pellet Formation: The resulting activated carbon is processed into4mm pellets, promoting easy handling and ensuring optimal flow characteristics while maximizing the contact area for gas adsorption.
- Quality Assurance: Every production batch undergoes meticulous testing for consistency in attributes like iodine number, moisture content, and density, adhering to rigorous standards prior to distribution.
Packaging Options
- 25kg Bags: Convenient for users with smaller volume requirements or those seeking flexibility for variable applications.
- 500kg Bulk Bags: Designed for larger operations, these bulk bags streamline transportation and minimize packaging waste, offering a cost-effective option for high-demand users.
- Custom Packaging Solutions: Customized packaging options are available to accommodate specific client needs, ensuring compatibility with individual storage and dispensing systems.
- Protective Features: All packaging formats include safeguards against moisture and contamination, maintaining the efficacy of impregnated pellet activated carbon for various applications.By focusing on the capabilities of impregnated pellet activated carbon, this introduction provides comprehensive insights into its applications, characteristics, and benefits while effectively incorporating relevant keywords to enhance search engine optimization.
