Water Treatment: Next-Gen Materials & Solutions
- As the reuse of treated water expands to address water shortages, the need for effective purification processes grows.
- Phosphorus,found in fertilizers,detergents,and animal waste,can cause algae blooms if it remains in the water.
- Kyungjin Cho at KIST's Center for Water cycle Research,effectively inactivate total coliform in water while quickly removing phosphorus,a major cause of algae blooms.
Tackle water treatment challenges head-on with next-generation materials! Scientists have engineered innovative solutions to purify water, focusing on removing pollutants and recovering valuable resources. This breakthrough in water treatment integrates advanced materials to eliminate phosphorus, a key contributor to harmful algae blooms, while simultaneously disinfecting harmful microorganisms.The innovative approach also enables the recovery of phosphorus for reuse in industrial materials, championing a circular economy. Developed by researchers at the Korea Institute of Science and Technology (KIST), these next-generation materials are set to revolutionize wastewater management. News Directory 3 covers these developments to underscore the advancements. What’s on the horizon for sustainable water purification? Discover what’s next in this cutting-edge field.
Next-Generation Materials Offer Integrated solutions to Water Treatment Challenges
Updated May 30,2025
As the reuse of treated water expands to address water shortages, the need for effective purification processes grows. Wastewater treatment plants purify water before it’s discharged back into rivers, removing harmful substances such as phosphorus and microorganisms.
Phosphorus,found in fertilizers,detergents,and animal waste,can cause algae blooms if it remains in the water. To combat this, a team at the Korea Institute of Science and Technology (KIST) has developed a novel water treatment material capable of rapidly recovering phosphorus and disinfecting harmful microorganisms.
The next-generation materials, created by Dr. Jae-Woo Choi and Dr. Kyungjin Cho at KIST’s Center for Water cycle Research,effectively inactivate total coliform in water while quickly removing phosphorus,a major cause of algae blooms. The recovered phosphorus can then be recycled into industrial materials like fertilizers and detergents, promoting a circular economy.
The findings were published in Advanced Composites and Hybrid Materials.
What’s next
This integrated solution promises to improve water quality and promote lasting resource management by transforming wastewater treatment from a disposal process into a resource recovery operation.