Efficient Coal Based Impregnated Activated Carbon For H2S Removal

H₂S Capacity 0.100 g/cm³ Impregnated Pellet Activated Carbon for Acid Gas Adsorption

Product Introduction

H₂S Capacity 0.100 g/cm³ Impregnated Pellet Activated Carbon is meticulously designed for the effective removal of acidic gases and odor compounds from the air. Key targets include hydrogen sulfide (H₂S), mercaptans, sulfur dioxide (SO₂), chlorine (Cl₂), and hydrogen chloride (HCl). The activated carbon showcases a highly developed pore structure, ensuring exceptional adsorption efficiency and enabling effective interactions between adsorbed gases and impregnated chemicals.

Note: Specifications and particle sizes can be customized according to customer requirements.

Features

• High Strength and Durability: Engineered to withstand rigorous conditions, this impregnated pellet activated carbon exhibits excellent wear resistance, ensuring longevity and reliability in various applications.
• Superior Adsorption Capacity: Specifically formulated to efficiently capture and neutralize significant amounts of acidic gases, providing exceptional performance in air purification processes.
• Advanced Pore Structure: The intricate network of pores enhances the surface area and maximizes interaction with acidic gases, improving overall adsorption effectiveness.
• Versatile Performance: Designed to perform optimally across a wide range of humidity levels, making this activated carbon suitable for diverse environmental conditions and applications.

Applications

• Wastewater Treatment: Highly effective for odor control and removal of corrosive gases in wastewater facilities, improving overall air quality.
• Chemical Processing: Essential for safeguarding equipment and maintaining safety standards by effectively removing harmful acidic gases during chemical operations.
• CO₂ Purification: Utilized in processes aimed at purifying carbon dioxide by efficiently adsorbing acidic contaminants, ensuring compliance with environmental standards.
• Acid Gas Adsorption: Provides reliable and efficient removal of various acidic gases in industrial air purification systems, enhancing workplace safety and air quality.
• Methane Purification: Improves the purity of methane by effectively adsorbing unwanted acidic components, contributing to cleaner combustion processes.

Manufacturing Process

• Selection of Raw Materials: High-quality carbonaceous materials are selected to ensure optimal performance of the impregnated pellet activated carbon.
• Activation: The raw materials undergo a high-temperature activation process, which creates a vast network of pores, enhancing the surface area and adsorption capacity essential for capturing acidic gases.
• Impregnation: A controlled process is employed to introduce impregnants that improve the reactivity of the activated carbon. The specific percentage of impregnants is carefully measured to achieve the desired functionality.
• Pelletization: The activated carbon is then pelletized into 4mm pellets to ensure ease of handling, optimal flow characteristics, and maximized contact surface area for adsorption.
• Quality Control: Each batch is rigorously tested for consistency in properties such as iodine number, moisture content, and density to meet stringent standards before packaging.

Packaging Options

• 25kg Bags: Ideal for easy handling and storage, these small bags are suitable for users with lower volume needs or those requiring flexibility in the amount of activated carbon for various applications.
• 500kg Bulk Bags: Designed for larger scale operations, these ton bags facilitate efficient transportation and storage, reducing packaging waste and providing cost-effective solutions for high-volume users.
• Custom Packaging: Tailored packaging solutions are available to meet specific client requirements, ensuring compatibility with individual handling, storage, and dispensing systems.
• Protective Features: All packaging options include protective elements to safeguard the activated carbon against moisture and contamination, preserving its efficacy.

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