Suppressing cyanobacterial dominance by UV-LED TiO2-photocatalysis in a drinking water reservoir: A mesocosm study

Autor: Pestana, Carlos J., Santos, Allan A., Capelo-Neto, José, Melo, Vânia M.M., Reis, Kelly C., Oliveira, Samylla, Rogers, Ricardo, Pacheco, Ana B.F., Hui, Jianing, Skillen, Nathan C., Barros, Mário U.G., Edwards, Christine, Azevedo, Sandra M.F.O., Robertson, Peter K.J., Irvine, John T.S., Lawton, Linda A.

Publikováno v: In Water Research 1 November 2022 226

Suppressing cyanobacterial dominance by UV-LED TiO2

Autor: Pestana, Carlos J, Santos, Allan A, Capelo-Neto, José, Melo, Vânia M M, Reis, Kelly C, Oliveira, Samylla, Rogers, Ricardo, Pacheco, Ana B F, Hui, Jianing, Skillen, Nathan C, Barros, Mário U G, Edwards, Christine, Azevedo, Sandra M F O, Robertson, Peter K J, Irvine, John T S, Lawton, Linda A

Publikováno v: Pestana, C J, Santos, A A, Capelo-Neto, J, Melo, V M M, Reis, K C, Oliveira, S, Rogers, R, Pacheco, A B F, Hui, J, Skillen, N C, Barros, M U G, Edwards, C, Azevedo, S M F O, Robertson, P K J, Irvine, J T S & Lawton, L A 2022, ' Suppressing cyanobacterial dominance by UV-LED TiO2 ', Water research, vol. 226, 119299 . https://doi.org/10.1016/j.watres.2022.119299

Cyanobacteria and their toxic secondary metabolites present challenges for water treatment globally. In this study we have assessed TiO immobilized onto recycled foamed glass beads by a facile calcination method, combined in treatment units with 365

Externí odkaz: https://explore.openaire.eu/search/publication?articleId=od______2607::57823a60c23e7b8b9a14f24bde24330f
https://pure.qub.ac.uk/en/publications/371f36da-714d-4362-b9e6-14dae5958c27