H₂S Capacity 0.250 g/cm3 Impregnated Activated Carbon Particles Black Customizable

H₂S Capacity 0.250 g/cm³ Impregnated Pellet Activated Carbon for Acid Gas Adsorption

Product Introduction

H₂S Capacity 0.250 g/cm³ Impregnated Pellet Activated Carbon has been specifically designed to effectively eliminate acidic gases and noxious odors from the environment. This type of activated carbon excels in adsorbing hydrogen sulfide (H₂S), mercaptans, sulfur dioxide (SO₂), chlorine (Cl₂), and hydrogen chloride (HCl). With a carefully engineered pore structure, this formulation of impregnated pellet activated carbon enhances adsorption efficiency, maximizing interactions with a variety of gaseous contaminants and reactive compounds.

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

Features

• Robust Construction: This impregnated pellet activated carbon is designed for high-performance in challenging environments, exhibiting outstanding durability and strength, which leads to an extended operational life across diverse applications.
• Enhanced Adsorption Efficiency: Formulated to effectively capture significant amounts of acidic gases, facilitating thorough purification and elevating air quality.
• Innovative Pore Structure: The advanced design of the pore system maximizes available surface area for adsorption, significantly improving the capacity to capture acidic pollutants.
• Wide Applicability: Demonstrates exceptional performance across varying humidity levels, making this activated carbon suitable for a broad spectrum of environmental applications.

Applications

• Wastewater Treatment: Extremely effective in managing odors and capturing harmful gases in wastewater treatment facilities, thus enhancing air quality and ensuring operational safety.
• Chemical Production: Essential for protecting machinery by efficiently removing dangerous acidic gases during manufacturing procedures, thereby meeting safety regulations.
• Carbon Dioxide Cleanup: Aids in the extraction of acidic impurities from carbon dioxide, fostering compliance with environmental standards.
• Acid Gas Filtration: Delivers dependable removal of multiple acidic gases in industrial filtration systems, improving workplace safety and air quality for employees.
• Methane Refinement: Increases the purity of methane gas through the effective adsorption of unwanted acidic compounds, promoting cleaner combustion outcomes.

Manufacturing Process

• Selective Material Sourcing: High-quality carbonaceous materials are chosen to optimize the functionality of impregnated pellet activated carbon.
• High-Temperature Activation: The selected materials are subjected to an advanced activation process involving high temperatures, resulting in a comprehensive pore structure that enhances surface area and adsorption capacity for acidic gas capture.
• Impregnation Technique: The process introduces specific impregnants, significantly boosting the reactivity and performance of activated carbon. Accurate calibration of impregnant levels secures ideal adsorption functionalities.
• Pellet Formulation: The activated carbon is processed into4mm pellets, ensuring ease of handling while maximizing flow and adsorption surface area.
• Quality Assurance: Each production batch is rigorously tested for consistency in key attributes such as iodine number, moisture level, and density, maintaining high standards before release.

Packaging Options

• 25kg Bags: Ideal for clients requiring smaller volumes or flexibility for multiple uses.
• 500kg Bulk Bags: Suitable for larger-scale operations, these bulk bags enhance transportation efficiency and reduce packaging waste, providing a cost-effective solution for extensive needs.
• Custom Packaging Designs: Tailored packaging options are available to meet individual client specifications, assuring compatibility with specific storage and dispensing requirements.
• Protective Features: All packaging is designed to guard against moisture and contamination, ensuring the effectiveness of impregnated pellet activated carbon across a wide array of applications.