Application
PFAS Removal
Efficient PFAS Removal with Sunresin Ion Exchange Technology
Advanced solutions for removing "forever chemicals" from water sources, ensuring safety and sustainability.
99.9%
PFAS Removal Efficiency
Perfluoroalkyl and polyfluoroalkyl substances (PFAS) are persistent, hazardous chemicals that pose growing health risks through drinking water, surface water, and industrial discharges. Known as "forever chemicals" due to their resistance to degradation, PFAS have been linked to serious health issues including immune suppression, thyroid disorders, liver damage, and reproductive problems—even at extremely low concentrations.
99%
of U.S. population has PFAS in blood
11,000+
PFAS compounds in global use
Industrial manufacturing sites
Military bases with firefighting foam
Landfills and wastewater treatment plants
Agricultural runoff from contaminated soil
Sunresin’s ion exchange technology offers a high-performance solution for the selective removal of PFAS from both drinking and industrial water.
Our specially engineered anion exchange resins feature quaternary ammonium functional groups that selectively attract and bind negatively charged PFAS molecules—including long-chain compounds like PFOA and PFOS, as well as the increasingly concerning short-chain variants.
Resins designed to target PFAS molecules specifically
Removes PFAS to parts per trillion (ppt) levels
Resins can be regenerated for repeated use
Compared to traditional technologies such as Granular Activated Carbon (GAC) or Reverse Osmosis (RO), ion exchange provides distinct advantages:
Faster PFAS adsorption kinetics than GAC
Higher capacity for both short- and long-chain PFAS
Smaller system footprint, reducing space demands
Longer operational lifespan under low-concentration conditions
Sunresin’s SEPLITE® LSI 106G is a high-performance, gel-type strong base anion resin specifically developed for PFAS and perchlorate removal in drinking water applications.
High-Performance PFAS Removal Resin
Capable of reducing PFAS to parts per trillion (ppt) levels, this resin ensures non-detectable concentrations and consistent compliance with stringent regulations.
Removes long-chain & short-chain PFAS
Achieves faster equilibrium than GAC
Long-lasting operation with low breakthrough risk
30% higher adsorption capacity than conventional AER
SEPLITE® LSI 106G helps you meet the strictest global regulations for PFAS in drinking water.
US EPA Health Advisory
4 ppt
EU Drinking Water Directive
0.1 μg/L
California MCL
5.1 ppt
Massachusetts MCL
20 ppt
Sunresin’s PFAS-selective resins are successfully deployed in a wide range of applications, addressing diverse water treatment needs.
Ensuring safe, clean drinking water for communities by removing PFAS contaminants to meet regulatory standards.
Restoring natural water sources contaminated by PFAS from industrial activities, firefighting foam, and other sources.
Helping industries meet regulatory standards and protect the environment by removing PFAS from wastewater streams.
Preventing PFAS from entering the environment through landfill runoff by treating leachate before discharge.
Making water safe for agricultural use by removing PFAS contaminants, protecting crops and soil health.
Supporting sustainable water management practices by ensuring recycled water is free of PFAS contaminants.
As Asia’s largest ion exchange resin manufacturer, Sunresin is committed to environmental protection through advanced separation technologies. With over 20 years of experience, more than 200 resin products, and a robust annual production capacity of 100,000 m³, we deliver tailored, efficient, and sustainable water treatment solutions worldwide.
20+
Years Experience
200+
Resin Products
100K+
Annual Production (m³)
500+
Technical Experts
Trusted by over 50 countries worldwide
The PFAS Challenge
Understanding PFAS Contamination
Why Ion Exchange for PFAS Removal
How It Works
Selective Binding
Efficient Removal
Regenerative Process
Key Advantages
Faster Adsorption
Higher Selectivity
Compact Design
Long Lifespan
Technology Comparison
Technology
Removal Efficiency
Selectivity
Footprint
Operational Cost
Regenerability
Introducing SEPLITE® LSI 106G Resin
SEPLITE® LSI 106G
Product Overview
Product Specifications
Performance Data
Key Benefits
Comprehensive Removal
Rapid Processing
High Capacity
Long-Term Reliability
Applications Across Water Treatment Sectors
Drinking Water Purification
Groundwater & Surface Water Remediation
Industrial Wastewater Treatment
Landfill Leachate Management
Agricultural Irrigation Water Reuse
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Recycled Water Systems
Ion Exchange Resin Innovation Leader
Global Recognition
Bio-Pharmaceutical & Life Science
Sunresin's large pharmaceutical research and development department has proposed different solutions to various problems arising in the biopharmaceutical process through an in-depth understanding of the upstream and downstream industries of biopharmaceuticals. So far, many of our products have been successfully used in the Chinese market.
Our Advantages
• Upstream and downstream multi-point solutions for the biopharmaceutical industry
• High-standard resin production line special for the pharmaceutical industry
• Technical supporting
Our Technique for Bio-pharmaceutical & Life Science
• Peptide antibiotic synthesis--solid phase peptide synthesis
The initial peptide antibiotics are also biosynthesized and extracted from the culture of polymyxa or aeruginosa.Another synthetic method of peptides is chemical synthesis, which is divided into liquid phase chemical synthesis and solid phase chemical synthesis. The liquid phase method is mainly used for the synthesis of short peptides. The solid phase synthesis method can be used to prepare long-chain peptides, cyclic peptides, and complex Peptide.
• Enzyme-catalyzed reaction--immobilized enzyme carrier
• Bio-pharmaceuticals separation--Ion exchange and adsorption Resin & system
• Chromatographic separation--chromatography media
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Food & Beverage Industries
Separation technique based on ion exchange & adsorbent for food industy
Food is closely related to everyone, and the finishing of food comes from people's relentless pursuit of high quality food. The color, taste, smell, and safety of food are all people's attention. In particular, food safety has been included in the scope of legislation.
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There are many ways to finish the processing of food raw materials. The ion exchange and adsorption resins are often used in the later finishing process due to their good selectivity and high processing precision, since it provides an effective and safe path for improving the quality of food ingredients, which could remove the deeper color of the food, remove the odor, remove the pesticide residue, and even make it more comfortable taste.
_1698285201_WNo_870d425.jpg "Adsorbent for Extracting Plant Compounds")
