Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)

In a Drinking Water Plant the first step in purifying water is the removal of the suspended solids and other organic or inorganic compounds (silts, clays and very fine particles). The separation is based on settling processes that is carried out through coagulation and sand filtration and the result...

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Main Authors: Á.R. García, L.E.N. Ekpeni, M.C. Bobadilla, E.P.V. González, R.L. Lorza
Format: Article
Language:English
Published: AIDIC Servizi S.r.l. 2014-11-01
Series:Chemical Engineering Transactions
Online Access:https://www.cetjournal.it/index.php/cet/article/view/4761
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spelling doaj-03249df473da47a4a8b484c948fa11b72021-02-20T21:17:17ZengAIDIC Servizi S.r.l.Chemical Engineering Transactions2283-92162014-11-014210.3303/CET1442025Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)Á.R. GarcíaL.E.N. EkpeniM.C. BobadillaE.P.V. GonzálezR.L. LorzaIn a Drinking Water Plant the first step in purifying water is the removal of the suspended solids and other organic or inorganic compounds (silts, clays and very fine particles). The separation is based on settling processes that is carried out through coagulation and sand filtration and the resultant product in the process is sent to sludge line. In this line, the sludge is flocculated, decanted and then thickened. As the water obtained is recirculated to first-stage treatment, the concentrated sludge is dehydrated for later use. The sludge contains a large amount of flocculants and as a result, the sludge recirculation would be possible so as to reduce the dosages of the chemical polymer streamlining the process of dehydration. This study shows the inefficiency of the sludge recirculation, and therefore proposes sludge removal process for future designs and sludge lines projects.https://www.cetjournal.it/index.php/cet/article/view/4761
collection DOAJ
language English
format Article
sources DOAJ
author Á.R. García
L.E.N. Ekpeni
M.C. Bobadilla
E.P.V. González
R.L. Lorza
spellingShingle Á.R. García
L.E.N. Ekpeni
M.C. Bobadilla
E.P.V. González
R.L. Lorza
Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)
Chemical Engineering Transactions
author_facet Á.R. García
L.E.N. Ekpeni
M.C. Bobadilla
E.P.V. González
R.L. Lorza
author_sort Á.R. García
title Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)
title_short Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)
title_full Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)
title_fullStr Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)
title_full_unstemmed Sludge Treatment Analysis in Potable Water Treatment Plant (PWTP) in Logroño (Spain)
title_sort sludge treatment analysis in potable water treatment plant (pwtp) in logroño (spain)
publisher AIDIC Servizi S.r.l.
series Chemical Engineering Transactions
issn 2283-9216
publishDate 2014-11-01
description In a Drinking Water Plant the first step in purifying water is the removal of the suspended solids and other organic or inorganic compounds (silts, clays and very fine particles). The separation is based on settling processes that is carried out through coagulation and sand filtration and the resultant product in the process is sent to sludge line. In this line, the sludge is flocculated, decanted and then thickened. As the water obtained is recirculated to first-stage treatment, the concentrated sludge is dehydrated for later use. The sludge contains a large amount of flocculants and as a result, the sludge recirculation would be possible so as to reduce the dosages of the chemical polymer streamlining the process of dehydration. This study shows the inefficiency of the sludge recirculation, and therefore proposes sludge removal process for future designs and sludge lines projects.
url https://www.cetjournal.it/index.php/cet/article/view/4761
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