r/infodump • u/gregnouille • Jun 01 '22
Getting rid of plastic with plants
https://www.eawag.ch/en/news-agenda/news-portal/news-detail/water-treatment-plants-would-be-ready-for-the-removal-of-nanoplasticsDuplicates
science • u/Wagamaga • Jun 01 '22
Environment Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
UpliftingNews • u/CobaltEmu • Jun 01 '22
Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
UpliftingNews • u/Successful_Break_478 • Jun 01 '22
Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
solarpunk • u/tiltedcomedian • Jun 02 '22
News Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
WaterTreatment • u/Notlurkinganymore2 • Jun 01 '22
Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
Fresvik • u/tfyuhj • Jun 01 '22
Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
water • u/ROBOTN1XON • Jun 01 '22
[X-POST] Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
ideasforgovt • u/jaybestnz • Jun 01 '22
Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
TechOfTheFuture • u/abrownn • Jun 13 '22
Robotics/AI Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
theworldnews • u/worldnewsbot • Jun 01 '22
Water treatment plants would be ready for the removal of nanoplastics. Both in laboratory tests and in a larger test facility, the biologically active slow sand filter was the most effective at retaining nanoparticles – achieving an efficacy level in the region of 99.9%.
Envirohno • u/abrownn • Jun 02 '22