H₂S Capacity 0.200 g/cm³ Impregnated Pellet Activated Carbon for Acid Gas Adsorption

Product Introduction

H₂S Capacity 0.200 g/cm³ Impregnated Pellet Activated Carbon has been purposefully crafted to target the removal of acidic gases and unpleasant odors from the atmosphere. This specialized activated carbon is particularly effective in adsorbing hydrogen sulfide (H₂S), mercaptans, sulfur dioxide (SO₂), chlorine (Cl₂), and hydrogen chloride (HCl). Featuring a meticulously developed pore structure, this version of impregnated pellet activated carbon facilitates superior adsorption efficiency, optimizing interactions with various gaseous pollutants and embedded reactive agents.

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

Features

• Durable Construction: This impregnated pellet activated carbon is engineered to perform in demanding conditions, demonstrating exceptional durability and resilience, which extends its lifespan significantly across various applications.
• Advanced Adsorption Capabilities: Specifically formulated to capture substantial quantities of acidic gases, ensuring effective purification and improved air quality.
• Sophisticated Pore Structure: The unique architecture maximizes the surface area available for adsorption, enhancing the overall efficiency in trapping acidic pollutants.
• Versatile Application Potential: Demonstrates excellent performance across a wide range of humidity conditions, making this activated carbon suitable for diverse environmental applications.

Applications

• Wastewater Treatment: Highly effective in controlling odors and capturing corrosive gases within wastewater facilities, thereby improving both air quality and operational safety.
• Chemical Processing: Plays a vital role in safeguarding equipment by efficiently capturing harmful acidic gases during manufacturing processes, thus ensuring compliance with safety standards.
• Carbon Dioxide Purification: Assists in the removal of acidic contaminants from carbon dioxide streams, supporting adherence to environmental guidelines.
• Acid Gas Filtration: Provides reliable removal of various acidic gases in industrial purification systems, enhancing the safety of industrial workplaces by improving air quality.
• Methane Purification: Enhances the purity of methane gas by effectively adsorbing undesirable acidic substances, thereby promoting cleaner combustion processes.

Manufacturing Process

• Careful Material Selection: High-grade carbonaceous materials are selected to enhance the effectiveness of impregnated pellet activated carbon.
• High-Temperature Activation: The chosen raw materials undergo a specialized high-temperature activation to create a dense network of pores, increasing both surface area and adsorption potential targeted at acidic gases.
• Impregnation Process: This method introduces impregnants that further improve the performance of activated carbon. Precise control over impregnant levels ensures optimal adsorption characteristics.
• Pelletization: The activated carbon is formed into4mm pellets, facilitating convenience in handling while optimizing flow and maximizing the surface area available for adsorption.
• Quality Control: Rigorous testing is conducted on each production batch, analyzing attributes such as iodine number, moisture content, and density to ensure the highest standards before distribution.

Packaging Options

• 25kg Bags: Perfectly suited for users needing smaller quantities or greater flexibility for various applications.
• 500kg Bulk Bags: Ideal for larger operations, these bulk bags simplify logistics and minimize packaging waste, providing a cost-efficient choice for high-volume applications.
• Custom Packaging Options: Tailored solutions are available to meet unique client requirements, ensuring compatibility with specific storage and dispensing systems.
• Protective Measures: Each packaging option is designed to prevent moisture and contamination, thereby preserving the effectiveness of impregnated pellet activated carbon for a wide range of applications.