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Evaluation of reduction efficiencies of pepper mild mottle virus and human enteric viruses in full-scale drinking water treatment plants employing coagulation-sedimentation–rapid sand filtration or coagulation–microfiltration

D. Shirakawa, Nobutaka Shirasaki, Taku Matsushita, Yuki Matsui, Rei Yamashita, Takeshi Matsumura, S. Koriki

2022Water Research30 citationsDOIOpen Access PDF

Topics & Concepts

MicrofiltrationFiltration (mathematics)Water treatmentChemistryUltrafiltration (renal)TobamovirusSedimentationRaw waterTap waterChromatographyEnvironmental engineeringBiologyVirusEnvironmental scienceMembranePlant virusVirologyMathematicsBiochemistryPaleontologySedimentStatisticsViral gastroenteritis research and epidemiologySARS-CoV-2 detection and testingClostridium difficile and Clostridium perfringens research
Evaluation of reduction efficiencies of pepper mild mottle virus and human enteric viruses in full-scale drinking water treatment plants employing coagulation-sedimentation–rapid sand filtration or coagulation–microfiltration | Litcius