From Waste to Wonder: Eucalyptus Bark Transformed into Pollution-Fighting Material
Researchers at RMIT have developed a low-cost method to convert waste eucalyptus bark into a porous carbon material capable of cleaning water, air, and capturing CO2.
News & Insights Across Asia
Researchers at RMIT have developed a low-cost method to convert waste eucalyptus bark into a porous carbon material capable of cleaning water, air, and capturing CO2.
Chinese scientists have developed a new chlorine-resistant polyester membrane, advancing seawater desalination technology and potentially revolutionizing global water purification efforts.
A team of Chinese scientists has developed a chlorine-resistant polyester thin film, advancing seawater desalination technology by simplifying pre-treatment processes and enhancing membrane durability.
Chengdu opens the Qilong Reclaimed Water Wetland Park, the largest man-made vertical-flow wetland in the city, offering recreation and advanced water purification for sustainable urban living.