IIT Guwahati科学家发明了一种低成本、生态友好的方法,使用蓝菌来从水中去除92.5%的铅,并计划将其推广到现实世界使用。 IIT Guwahati scientists created a low-cost, eco-friendly method using cyanobacteria to remove 92.5% of lead from water, with plans to scale it for real-world use.

IIT Guwahati的研究人员开发了一种低成本、生态友好型方法,利用氰化细菌,特别是在阳光下高效吸收铅的NRMC-50,从水中去除铅。 Researchers at IIT Guwahati have developed a low-cost, eco-friendly method to remove lead from water using cyanobacteria, specifically Phormidium corium NRMC-50, which absorbs lead efficiently under sunlight. 该技术使用自然生物聚合物,需要最少的资源,在实验室测试中实现了92.5%的铅去除,还可能捕获其他污染物。 The technique, which uses natural biopolymers and requires minimal resources, achieved 92.5% lead removal in lab tests and may also capture other pollutants. 与常规方法相比,该工艺可以将处理成本降低40-60%,并允许金属回收,用于生物机或生物塑料等产品的再利用。 The process could reduce treatment costs by 40–60% compared to conventional methods and allows for metal recovery for reuse in products like biochar or bioplastics. 该小组目前正在将这一技术从实验室扩大到实际废水系统中的试点测试。 The team is now scaling the technology from lab to pilot testing in real wastewater systems.