UQ研究人员创建了磁树脂,将99.9%以上的全氟辛烷磺酰胺从废水中去除,试验在三年内开始。 UQ researchers created a magnetic resin that removes over 99.9% of PFAS from wastewater, with trials starting in three years.

昆士兰大学的研究人员开发了一种磁性树脂吸附技术,将PFAS或“永远的化学品”从下水道中去除,实验室测试效率超过99.9%。 Researchers at the University of Queensland have developed a magnetic resin sorbent technology to remove PFAS, or "forever chemicals," from sewerage with over 99.9% efficiency in lab tests. 这些持久性化学品与癌症和其他健康问题相关联,已在澳大利亚各地的饮用水中发现,包括布里斯班,那里的水平超过了美国的安全阈值。 These persistent chemicals, linked to cancer and other health issues, have been found in drinking water across Australia, including Brisbane, where levels exceeded U.S. safety thresholds. 该系统将磁树脂混入废水,吸收PFAS,然后用磁铁回收,替代传统的销毁方法,以低能替代。 The system mixes a magnetic resin into wastewater, absorbs PFAS, then retrieves it using magnets—offering a lower-energy alternative to traditional destruction methods. 专利技术由一个由15名成员组成的研究小组与商业伙伴牵头,定于今后三年在废水处理厂进行试验,目的是使经过处理的废物作为肥料得到更安全的再利用。 The patented technology, led by a 15-member research team with commercial partners, is set for trial at wastewater treatment plants over the next three years, aiming to enable safer reuse of treated waste as fertilizer.