The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS

The Faculty of Nursing of Universitas Indonesia in Depok uses groundwater as the source of clean water in a large amount: 2.115.240 liters in 2018 and 22.010.960 liters in 2019. One of the alternatives for reducing groundwater use is to utilize surface water in the surrounding area of the campus, su...

Full description

Bibliographic Details
Main Authors:	Wasistoadi Budiarto Adrian, Tsania Fairuz, Gusniani Irma, Hartono Djoko M.
Format:	Article
Language:	English
Published:	EDP Sciences 2020-01-01
Series:	E3S Web of Conferences
Online Access:	https://www.e3s-conferences.org/articles/e3sconf/pdf/2020/71/e3sconf_jessd2020_02017.pdf

id	doaj-2936ba5878704ae689de723319f95a3d
record_format	Article
spelling	doaj-2936ba5878704ae689de723319f95a3d2021-04-02T16:14:37ZengEDP SciencesE3S Web of Conferences2267-12422020-01-012110201710.1051/e3sconf/202021102017e3sconf_jessd2020_02017The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPSWasistoadi Budiarto Adrian0Tsania Fairuz1Gusniani Irma2Hartono Djoko M.3Faculty of Engineering, Universitas IndonesiaFaculty of Engineering, Universitas IndonesiaDepartment of Civil Engineering, Universitas IndonesiaDepartment of Civil Engineering, Universitas IndonesiaThe Faculty of Nursing of Universitas Indonesia in Depok uses groundwater as the source of clean water in a large amount: 2.115.240 liters in 2018 and 22.010.960 liters in 2019. One of the alternatives for reducing groundwater use is to utilize surface water in the surrounding area of the campus, such as Lake Agathis. For the lake water to be used as the source of clean water, it needs to be processed first using a clean water provision system (CWPS). The CWPS is designed to contain two slow sand filter units, with the media consisting of 60 cm-thick silica sand and 40 cm-thick granular activated carbon in each unit. The CWPS is also equipped with one unit of shore intake, two units of suction well, one transmission duct, one unit of disinfectant and reservoir, and two filter media cleaning units. Based on a literature review from several journals and the results from this experiment, the designed slow sand filter with the previously determined thickness can reduce iron contents by 95,07%, manganese contents by 97,09%, and fecal coliform contents by 99%. The designed CWPS can serve the needs of clean water of the faculty described before with a debit of 3,8 L/s until the year 2042.https://www.e3s-conferences.org/articles/e3sconf/pdf/2020/71/e3sconf_jessd2020_02017.pdf
collection	DOAJ
language	English
format	Article
sources	DOAJ
author	Wasistoadi Budiarto Adrian Tsania Fairuz Gusniani Irma Hartono Djoko M.
spellingShingle	Wasistoadi Budiarto Adrian Tsania Fairuz Gusniani Irma Hartono Djoko M. The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS E3S Web of Conferences
author_facet	Wasistoadi Budiarto Adrian Tsania Fairuz Gusniani Irma Hartono Djoko M.
author_sort	Wasistoadi Budiarto Adrian
title	The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS
title_short	The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS
title_full	The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS
title_fullStr	The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS
title_full_unstemmed	The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS
title_sort	design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the faculty of nursing in universitas indonesia’s cwps
publisher	EDP Sciences
series	E3S Web of Conferences
issn	2267-1242
publishDate	2020-01-01
description	The Faculty of Nursing of Universitas Indonesia in Depok uses groundwater as the source of clean water in a large amount: 2.115.240 liters in 2018 and 22.010.960 liters in 2019. One of the alternatives for reducing groundwater use is to utilize surface water in the surrounding area of the campus, such as Lake Agathis. For the lake water to be used as the source of clean water, it needs to be processed first using a clean water provision system (CWPS). The CWPS is designed to contain two slow sand filter units, with the media consisting of 60 cm-thick silica sand and 40 cm-thick granular activated carbon in each unit. The CWPS is also equipped with one unit of shore intake, two units of suction well, one transmission duct, one unit of disinfectant and reservoir, and two filter media cleaning units. Based on a literature review from several journals and the results from this experiment, the designed slow sand filter with the previously determined thickness can reduce iron contents by 95,07%, manganese contents by 97,09%, and fecal coliform contents by 99%. The designed CWPS can serve the needs of clean water of the faculty described before with a debit of 3,8 L/s until the year 2042.
url	https://www.e3s-conferences.org/articles/e3sconf/pdf/2020/71/e3sconf_jessd2020_02017.pdf
work_keys_str_mv	AT wasistoadibudiartoadrian thedesignofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps AT tsaniafairuz thedesignofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps AT gusnianiirma thedesignofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps AT hartonodjokom thedesignofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps AT wasistoadibudiartoadrian designofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps AT tsaniafairuz designofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps AT gusnianiirma designofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps AT hartonodjokom designofslowsandfilterwithamediaofsilicasandandgranularactivatedcarbontoeliminateironmanganeseandfecalcoliformcontentsforthefacultyofnursinginuniversitasindonesiascwps
_version_	1721557368403132416

The design of slow sand filter with a media of silica sand and granular activated carbon to eliminate iron, manganese, and fecal coliform contents for the Faculty of Nursing in Universitas Indonesia’s CWPS

Similar Items