700 mg/g Coal-Based Powdered Activated Carbon for Flue Gas Treatment

Product Introduction

700 mg/g Coal-Based Powdered Activated Carbon is sourced from premium quality coal, meticulously processed to create a highly efficient solution for flue gas treatment applications. This powdered activated carbon undergoes rigorous activation, leading to a fine, porous material with an expansive surface area, making it remarkably effective for adsorption tasks.

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

Features

• High Adsorption Capacity: The designed pore structure of this powdered activated carbon allows for the effective capture of various contaminants, including sulfur dioxide (SO2), nitrogen oxides (NOx), and mercury (Hg), prevalent in flue gas streams.

• Low Ash Content: A minimal ash percentage ensures that the potential for secondary pollution is reduced, thus enhancing the efficiency of the gas treatment processes.

• Thermal Stability: The coal-based composition of this activated carbon offers exceptional thermal stability, making it suitable for high-temperature settings commonly encountered in industrial flue gas treatment.

• Cost-Effectiveness: The efficient manufacturing process and ready availability of raw materials position this powdered activated carbon as a cost-effective choice for extensive industrial applications.

Applications

• Power Generation: Utilized extensively to mitigate pollutants in emissions from coal-fired power plants, ensuring compliance with environmental standards.

• Cement Production: Effective in capturing harmful gases generated during the cement manufacturing process, contributing to cleaner production practices.

• Waste Incineration: Plays a critical role in reducing toxic gases and particulates emitted from waste incinerators, protecting air quality.

• Steel Production: Employed in the purification of exhaust gases during steel manufacturing, enhancing operational efficiency and environmental compliance.

• Chemical Industry: Assists in treating emissions from chemical manufacturing facilities, helping these industries adhere to strict environmental regulations.

Manufacturing Process

• Raw Material Selection: High-quality coal is carefully sourced, ensuring that it contains optimal characteristics for effective activation and subsequent performance in adsorption.
• Carbonization: The selected coal undergoes carbonization, where it is subjected to high temperatures in the absence of oxygen. This process converts the coal into activated carbon while preserving a highly porous structure.
• Activation: The carbonized material is then activated through a chemical or physical process, significantly enhancing its pore structure and surface area, which are critical for improving adsorption capabilities.
• Fine Milling: Once activated, the material is finely milled to achieve the desired powdered consistency, optimizing the particle size for maximum reactivity and efficiency in flue gas treatment.
• Quality Control: Each batch of powdered activated carbon is subjected to comprehensive testing, including analysis of the iodine number, mesh size, surface area, and moisture content, to guarantee compliance with stringent specifications.
• Final Processing: The finished powdered activated carbon is packaged securely for distribution, ready to meet client needs effectively.

Packaging Options

• Standard Packaging: Powdered activated carbon is commonly packaged in 25 kg bags, which ensure ease of handling and protection during transit and storage.

• Bulk Packaging: For larger orders, options such as 500kg bulk bags or containers may be available, allowing for efficient transportation and storage, ideal for high-volume users.

• Custom Packaging Solutions: Ability to tailor packaging to meet specific client requirements, including variations in bag sizes, labeling, and bulk delivery formats, providing flexibility for diverse applications.

• Moisture-Resistant Packaging: All packaging options can be designed to include moisture barriers, safeguarding the powdered activated carbon from environmental factors that may affect quality and performance during storage.