800mg/g Coal Based PAC Powdered Activated Carbon For Flue Gas Treatment

Product Specification

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

Product Introduction

800 mg/g Coal-Based Powdered Activated Carbon is derived from high-quality coal, processed meticulously to deliver an effective solution for flue gas treatment. This specialized powdered activated carbon undergoes a thorough activation process, resulting in a finely textured, porous substance with an extensive surface area, which significantly enhances its adsorption capabilities.

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

Features

• Superior Adsorption Efficiency: The unique porous structure allows this powdered activated carbon to effectively adsorb a range of pollutants, including sulfur dioxide (SO2), nitrogen oxides (NOx), and mercury (Hg), found in flue gas emissions.

• Minimal Ash Levels: With a low ash content, the likelihood of secondary pollution is diminished, improving the overall efficiency of gas treatment processes.

• Robust Thermal Resistance: The coal-based formulation provides excellent thermal stability, making it well-suited for the high-temperature conditions found in various industrial flue gas treatment environments.

• Economically Viable: The streamlined manufacturing methods and abundant raw material supply make this powdered activated carbon a cost-effective solution for large-scale industrial applications.

Applications

• Energy Production: Widely employed to reduce pollutant levels in emissions from coal-burning power facilities, aiding compliance with environmental regulations.

• Cement Manufacturing: Effectively captures harmful gases produced during cement production, promoting environmentally friendly manufacturing practices.

• Waste Management: Essential for minimizing the release of noxious gases and particulates from incineration processes, thus safeguarding air quality.

• Metal Production: Utilized in the cleaning of exhaust emissions during steel production, enhancing both operational performance and regulatory adherence.

• Chemical Processing: Assists in addressing emissions issues from chemical production plants, ensuring compliance with stringent environmental standards.

Manufacturing Process

• Material Sourcing: High-grade coal is selected for its properties, ensuring optimal performance in subsequent activation and adsorption.

• Carbonization Process: The coal is subjected to intense heating in an oxygen-deprived setting. This transformation converts the coal into activated carbon, maintaining its essential porosity.

• Activation Stage: The resultant carbon undergoes activation via chemical or physical methods, which significantly enlarge its pore structure and surface area to enhance adsorption efficacy.

• Milling Process: After activation, the carbon is finely milled to achieve the optimal powder consistency, ensuring particle size is appropriate for effective flue gas treatment.

• Quality Assurance: Each batch of powdered activated carbon is rigorously tested for properties such as iodine number, mesh size, surface area, and moisture content to ensure they meet strict quality standards.

• Final Packaging: The powdered activated carbon is securely packaged for distribution, making it readily available to meet the diverse needs of clients.

Packaging Options

• Standard Bags: The powdered activated carbon is typically packed in 25 kg bags, designed for convenience and protection during transport and storage.

• Bulk Solutions: For larger volume orders, options such as 500 kg bulk bags or shipping containers are available, facilitating efficient logistics for high-demand users.

• Customized Packaging: Packaging can be tailored to suit specific client needs, including different bag sizes, labeling requirements, and bulk delivery specifications, accommodating varied operational contexts.

• Moisture-Proof Packaging: All packaging options come with moisture-resistant features, ensuring the powdered activated carbon maintains its quality and performance integrity during storage.