REMOVAL OF PERFLUORO ALKYL SUBSTANCE
Optimize PFAS Removal with Doshion 311E Ion Exchange Resin
Key Features of GFA 311E Ion Exchange Resin
1. High Efficiency for PFAS Removal : Engineered specifically to target and remove a wide range of PFAS compounds, ensuring safer drinking water and
compliance with environmental regulations.
2. Broad Chemical Compatibility : Compatible with various chemicals commonly found in water treatment facilities, allowing for versatile use without
degradation or loss of performance.
3. Long Resin Life : Designed to have a longer life span even in challenging environments, reducing the need for frequent replacements and lowering
long-term operational costs.
4. Superior Physical Stability : Manufactured to maintain structural integrity under high flow rates and pressure variations, minimizing the risk of
physical breakdown and ensuring consistent performance.
5. High Total Exchange Capacity : Offers a high total exchange capacity, providing enhanced efficiency in removing contaminants from water over
extended periods.
6. Low Pressure Drop : Optimized bead size distribution results in a low pressure drop across the resin bed, enhancing the overall energy efficiency of
water treatment systems.
Use Cases for GFA 311E Ion Exchange Resin
1. Municipal Drinking Water Treatment
Scenario: Used in municipal water treatment plants to remove PFAS from city water supplies before they reach consumers, ensuring safety and regulatory compliance.
Benefit: Provides reliable, long-term removal of harmful contaminants to protect public health.
2. Industrial Water Treatment
Scenario: Integrated into the water treatment processes of industries such as semiconductor manufacturing, where highly purified water is critical.
Benefit: Helps maintain the purity of water by effectively removing trace contaminants, thus protecting sensitive industrial processes.
3. Groundwater Remediation
Scenario: Utilized in groundwater remediation projects to treat contaminated aquifers, especially in areas affected by firefighting foam (a common source of PFAS).
Benefit: Effectively reduces PFAS levels to meet environmental standards, aiding in the restoration of natural water sources.
4. Wastewater Treatment
Scenario: Applied in wastewater treatment facilities to treat effluents containing PFAS compounds before they are discharged into the environment.
Benefit: Assists facilities in complying with stringent discharge regulations and prevents environmental pollution.