CLEAN WATER NETWORK PLANNING IN SOUTH LAMAKNEN DISTRICT, ATAMBUA CITY

Authors

  • Danang Wijanarko Universitas Tulungagung
  • Lutfan Anas Zahir Universitas Tulungagung
  • Dwi Ari Suryaningrum Universitas Tulungagung

DOI:

https://doi.org/10.36563/hh507268

Keywords:

Water Resources, Clean Water, Network Planning

Abstract

The clean water supply system in the South Lamaknen District of Atambua City is based on existing conditions that the population of South Lamaknen District is (112,510 people) in fact: the number of villages and sub-districts in South Lamaknen District is (13), (8 Villages) and (5 Villages) served clean water (80%) and the number of residents who have not received clean water in Benteng Subdistrict and Lamaknen Selatan Subdistrict (20%), because residents in 2 subdistricts in Lamaknen Selatan Subdistrict still depend on dug wells which do not necessarily guarantee the clean water needed. As is the problem that every sub-district in Indonesia is still experiencing, including South Lamaknen Sub-district, in this case the distribution of clean water to customers. To realize this, it is necessary to plan a clean water network for the next 10 years which will meet the needs of the community in general so that it can be met evenly. Based on the research objective, namely planning clean water management in South Lamaknen District to meet community needs and public facilities.  then based on the calculation results: the total amount of clean water needed for the South Lamaknen District Community until 2033 is 289 lt/s. In accordance with the clean water distribution hours, water will be supplied to residential areas 24 hours a day. In planning the clean water network using the EPANET program, in the pressure on the clean water network is (90.59m) with a max speed of (5.58m/s) so that it can reach 2 existing sub-districts.

 

Downloads

Download data is not yet available.

References

Ibrahim, M., Masre$vaniah, A. & Darmawan, V. (2011). Hydraulic Analysis of Cle$an Wate$r Distribution Syste$m Compone$nts Using Wate$rne$t and Wate$rcad Ve$rsion 8 (Case$ Study of Digiouwa Village$, Mawa Village$ and Ike$bo Village$, Kamu District, Dogiyai Re$ge$ncy. Irrigation Journal, 2(2)

Ministry of Public Works of the$ Re$public of Indone$sia (2007). Re$gulation of the$ Ministe$r of Public Works of the$ Re$public of Indone$sia Numbe$r 18 of 2007 conce$rning the$ Imple$me$ntation of the$ De$ve$lopme$nt of Drinking Wate$r Supply Syste$ms, http://ciptakarya.pu.go.id/dok/hukum/permen/per men_18_2007.pdf

Komalia, K. & Indrawan, I. (2013). Analysis of Cle$an Wate$r Usage$ (PDAM) for Pe$matang Siantar City, USU Civil E$ngine$e$ring Journal, 2(2)

Ramana, G.V., Sudhe$e$r, Ch.V.S.S. & Rajase$khar, B. (2015). Ne$twork Analysis Of Wate$r Distribution Syste$ms in Rural Are$as Using E$PANE$T. Proce$dia E$ngine$e$ring, 119, 496-505

Se$lintung, M., Hatta, M.P. & Sudirman, A. (2012). Analysis of Cle$an Wate$r Distribution Ne$twork Pipe$s in Maros Re$ge$ncy Using E$pane$t 2.0 Software$. Final Proje$ct Journal, Makassar: Hasanuddin Unive$rsity

Sudarsono, B. & Nugraha, A.L. (2013). Utilization of The$matic Maps for Distribution Pipe$ Ne$twork Le$akage$ Analysis at PDAM De$mak. E$ngine$e$ring, 34(3), 196-201

Downloads

Published

2025-11-22

How to Cite

CLEAN WATER NETWORK PLANNING IN SOUTH LAMAKNEN DISTRICT, ATAMBUA CITY. (2025). INTERNATIONAL SEMINAR, 7, 40-49. https://doi.org/10.36563/hh507268

Similar Articles

21-30 of 42

You may also start an advanced similarity search for this article.

Most read articles by the same author(s)