1100 mg/g Coal-Based Powdered Activated Carbon for Flue Gas Treatment

Product Introduction

The 1100 mg/g Coal-Based Powdered Activated Carbon is derived from high-quality coal, carefully processed to deliver an exceptional solution for treating flue gases. This top-tier powdered activated carbon goes through a comprehensive activation procedure, resulting in a finely textured, porous material with an extensive surface area, which significantly boosts its capacity to adsorb pollutants.

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

Features

• Outstanding Adsorption Capability: The sophisticated porous design of this activated carbon allows it to effectively trap various contaminants such as sulfur dioxide (SO2), nitrogen oxides (NOx), and mercury (Hg) found within flue gas.

• Minimal Ash Content: A low ash percentage reduces the risk of secondary emissions, thus increasing the effectiveness of gas treatment processes.

• High Thermal Resilience: The coal-based structure ensures excellent thermal stability, making it ideal for high-temperature applications typical in industrial flue gas management.

• Cost-Effective Production Methods: The efficient manufacturing techniques and readily available raw materials make this activated carbon a viable choice for extensive industrial applications.

Applications

• Power Generation: Commonly employed to reduce emissions from coal-fired power plants, aiding in conformity with environmental standards.

• Cement Industry: Effectively mitigates harmful gases produced during cement manufacturing, contributing to sustainable production efforts.

• Waste Treatment: Crucial in decreasing harmful emissions and particulates released during waste incineration, resulting in better air quality.

• Metal Processing: Utilized to treat emissions produced in steel manufacturing, thus enhancing operational efficiency and meeting regulatory requirements.

• Chemical Production: Assists in controlling emissions from chemical manufacturing operations, ensuring compliance with strict environmental regulations.

Manufacturing Process

• Material Selection: High-quality coal is chosen based on its specific attributes to ensure optimal performance in activation and adsorption.

• Carbonization Treatment: The coal undergoes a high-temperature process in an oxygen-limited environment, transforming it into activated carbon while preserving its essential porous structure.

• Activation Process: The resultant carbon is activated via chemical or physical methods, substantially improving its pore structure and surface area for enhanced adsorption.

• Milling: After activation, the carbon is finely ground to achieve the desired particle size, ensuring high effectiveness in flue gas treatment.

• Quality Control: Each batch is rigorously tested for characteristics such as iodine number, mesh size, surface area, and moisture content to ensure quality compliance.

• Final Packaging: The powdered activated carbon is carefully packaged to meet various client needs for distribution.

Packaging Options

• Standard Packaging: Typically offered in 25 kg bags, which are convenient for handling and secure during transport and storage.

• Bulk Options: For larger requirements, 500 kg bulk bags or container options are available for efficient logistics.

• Custom Packaging: We can tailor packaging options to align with specific client needs, including variations in bag sizes, labeling, and bulk delivery methods.

• Moisture-Resistant Packaging: All packaging options are designed with moisture-proof features to protect the powdered activated carbon from environmental factors that could compromise its quality during storage.