Abstrakt
The water of the Wisla-Czarne reservoir is of very low hardness and alkalinity. In spite of high SUVA values it is not susceptible to enhanced coagulation. In order to achieve the assumed results, coagulation with ALS (aluminium sulphate) should be conducted in two optional technological systems - in a conventional system and in "in-bed" coagulation dependently of water quality and its temperature. Effective treatment with ALS is possible, even at low temperature of the water, but at strict technological parameters. However, because of signifcant variations of water quality, especially after rainstorms, it is very diffcult to meet such requirements. Application of pre-hydrolyzed Flokor 1,2A instead of ALS enables to eliminate reagents to the pH adjustment and to apply "in-bed" coagulation when water supplied to the WTP is of low turbidity. To assure stable technological system operation, in aspect of raw water quality changes, some activities were also undertaken, i.e. modernization of rapid flters, which involved a drainage system and exchange of sand bed for anthracite-sand bed. Treatment based on direct fltration results in decrease of reagents usage and, what is especially important, effective DBPs precursors removal.
| Język oryginału | angielski |
|---|---|
| Strony (od–do) | 39-50 |
| Liczba stron | 12 |
| Czasopismo | Archives of Environmental Protection |
| Tom | 36 |
| Numer wydania | 3 |
| Status publikacji | Opublikowano - 2010 |
Cele SDG ONZ
Ten wynik przyczynia się do realizacji następujących celów zrównoważonego rozwoju
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Cel 6 Czysta woda i higiena
Obszary tematyczne ASJC Scopus
- Ogólne nauki o środowisku
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