Detail publikačního výsledku
Influence of overall mineralization at the optimal dose in drinking water treatment.
REPKOVÁ, M.; KUBALÍK, D.
Original Title
Influence of overall mineralization at the optimal dose in drinking water treatment.
English Title
Influence of overall mineralization at the optimal dose in drinking water treatment.
Type
Conference proceedings
Original Abstract
Coagulation efficiency depends on chemical quality of coagulants and quality of trude water, i.e. chemical and physical characteristics (e.g. pH, temperature, overall mineralization). One of the most important tests of this work was to study the effects of the overall mineralization at the optimal dose of coagulant. The overall mineralization of studied water was increased by saturated solutions CaCl2 and Na2SO4 in certain ratios (assessed the influence of individual ions) and was measured by conductivity.
English abstract
Coagulation efficiency depends on chemical quality of coagulants and quality of trude water, i.e. chemical and physical characteristics (e.g. pH, temperature, overall mineralization). One of the most important tests of this work was to study the effects of the overall mineralization at the optimal dose of coagulant. The overall mineralization of studied water was increased by saturated solutions CaCl2 and Na2SO4 in certain ratios (assessed the influence of individual ions) and was measured by conductivity.
Keywords
overal mineralization, optimal dose of coagulant, coagulation, conductivity
Key words in English
overal mineralization, optimal dose of coagulant, coagulation, conductivity
Authors
REPKOVÁ, M.; KUBALÍK, D.
Released
03.12.2014
Location
Brno
ISBN
978-80-214-5073-8
Book
EMEC15 Book of abstracts
Pages from
75
Pages to
75
Pages count
152
Full text in the Digital Library
BibTex
@proceedings{BUT112336,
editor="Martina {Repková} and David {Kubalík}",
title="Influence of overall mineralization at the optimal dose in drinking water treatment.",
year="2014",
number="1",
pages="75--75",
address="Brno",
isbn="978-80-214-5073-8"
}