Predicting manganese and iron precipitation in drinking water biofilters.

Autor: Earle, Martin R.¹ martin.earle@dal.ca, Breda, Inês L.², Stoddart, Amina K.¹, Gagnon, Graham A.¹

Publikováno v: AWWA Water Science. Jan2021, Vol. 3 Issue 1, p1-10. 10p.

Removal of Fe, NH4+, and Mn Coupled with Microbial Communities through Depth of 10 Danish Full-scale Drinking Water sand Filters

Autor: Ditte Andreasen Søborg, Loren Mark Ramsay, Breda, Inês L., Peter Roslev

Publikováno v: Søborg, D, Breda, I L R, Roslev, P & Ramsay, L 2020, Removal of Fe, NH4+, and Mn Coupled with Microbial Communities through Depth of 10 Danish Full-scale Drinking Water sand Filters . in Book of Abstracts . American Water Works Association, International Symposia on Potable Reuse and Biological Treatment, Atlanta, United States, 10/02/2020 .
UC Viden

In >100 years, sand filtration has been the heart of Danish drinking water treatment. Typically, aeration followed by sand filtration is adequate to remove Fe, NH4+, and Mn without the use of coagulants. The resulting drinking water is generally free

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https://vbn.aau.dk/da/publications/cc964577-5124-43fb-aa3d-ad328c4d6737