PLANNING OF A CLEAN WATER SUPPLY SYSTEM IN FRONTIER, UNDERDEVELOPED, OUTERMOST (3T) REGIONS IN RURAL AREA (CASE STUDY: KOLBANO VILLAGE, KOLBANO DISTRICT, SOUTH TIMOR TENGAH REGENCY)
Kolbano Village is a semi-urban village located in the 3T area with water quality that is not suitable for consumption. As a sample, it was found that the water from the three springs in the study area, namely the Oemakine, Oenais and Nunbesi springs, contained total dissolved solids, coliforms a...
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Main Author: | |
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Format: | Final Project |
Language: | Indonesia |
Online Access: | https://digilib.itb.ac.id/gdl/view/84660 |
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Institution: | Institut Teknologi Bandung |
Language: | Indonesia |
Summary: | Kolbano Village is a semi-urban village located in the 3T area with water quality
that is not suitable for consumption. As a sample, it was found that the water from the three
springs in the study area, namely the Oemakine, Oenais and Nunbesi springs, contained total
dissolved solids, coliforms and iron content that exceeded quality standards. Not only that, due
to climatological and geographical conditions and the lack of adequate springs, the quantity
of water accessible in Kolbano Village is limited and not prevalent. Therefore, planning will
be carried out for a clean water supply system fit for consumption for the entirty of Kolbano
Village For planning the Clean Water Supply System (SPAB), one route was chosen which will
be applied directly to the planning with a dead-end system using HDPE pipes flowed by gravity.
Meanwhile, for Water Treatment Plants (WTP), there are three alternatives which were selected
using the Analytical Hierarchy Process (AHP) method. The total population that will be served
by this system is 2,490 people. The planning sub-system planning is carried out in one stage
directly to serve 100% of the total production capacity of each water source. The selected unit
configuration consists of single media slow sand filtration which will filter suspended particles,
turbidity, iron and manganese, and total coliform, then the processed water will go through an
ion exchange unit to reduce the TDS. |
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