|
| Brand Name: | Espure |
| Model Number: | GPd |
| MOQ: | 1 metric ton |
| Price: | Negotiation |
| Packaging Details: | 500 kg per bulk bag; 25 kg per bag |
| Payment Terms: | T/T |
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.
| Specification | Value |
| Mesh Size | 200-325 |
| Iodine Number, mg/g | 1100 |
| Specific Surface Area, ㎡/g | 1100 (min) |
|
Methylene Blue, mg/g |
155 |
| Moisture, % | 10 (max) |
| Ash, % | 15 (max) |
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.
|
|
| Brand Name: | Espure |
| Model Number: | GPd |
| MOQ: | 1 metric ton |
| Price: | Negotiation |
| Packaging Details: | 500 kg per bulk bag; 25 kg per bag |
| Payment Terms: | T/T |
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.
| Specification | Value |
| Mesh Size | 200-325 |
| Iodine Number, mg/g | 1100 |
| Specific Surface Area, ㎡/g | 1100 (min) |
|
Methylene Blue, mg/g |
155 |
| Moisture, % | 10 (max) |
| Ash, % | 15 (max) |
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.
