DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)

Water has an important role in the survival of living things on earth. However, the total distribution of water supplies on earth is mostly in the sea, with a total of 97% of which is saline water. Amid limited distribution of clean water sources, areas such as small islands which have geographic...

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Main Author:	Zahra Camila Muthmainnah, Alya
Format:	Final Project
Language:	Indonesia
Online Access:	https://digilib.itb.ac.id/gdl/view/84562
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Institution:	Institut Teknologi Bandung
Language:	Indonesia

id	id-itb.:84562
spelling	id-itb.:845622024-08-16T07:27:26ZDESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE) Zahra Camila Muthmainnah, Alya Indonesia Final Project Saline water, Solar evaporation, Small Island Community INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/84562 Water has an important role in the survival of living things on earth. However, the total distribution of water supplies on earth is mostly in the sea, with a total of 97% of which is saline water. Amid limited distribution of clean water sources, areas such as small islands which have geographically isolated characteristics, small scale economies, and limited natural resources, natural phenomena such as sea water intrusion can threaten the survival of small island communities. Every water source that is intended to be used, such as rivers, lakes or wells, needs to go through a purification process to remove microorganisms and other mineral substances from the water so that it is clean and safe to use. According to the National Oceanic and Atmospheric Administration (NOAA), the sodium chloride (salt) content in sea water can pose a risk to human health and can even result in death. To obtain clean water, the desalination method using solar evaporation is the cheapest method and is suitable for use on a community scale such as small island communities. In implementing the desalination method using solar evaporation, there are design aspects that influence the efficiency of the method, including those related to structure and shape, orientation, solar still chamber as well as operational mechanisms, maintenance, and selection of effective and efficient materials for application to small island communities text
institution	Institut Teknologi Bandung
building	Institut Teknologi Bandung Library
continent	Asia
country	Indonesia Indonesia
content_provider	Institut Teknologi Bandung
collection	Digital ITB
language	Indonesia
description	Water has an important role in the survival of living things on earth. However, the total distribution of water supplies on earth is mostly in the sea, with a total of 97% of which is saline water. Amid limited distribution of clean water sources, areas such as small islands which have geographically isolated characteristics, small scale economies, and limited natural resources, natural phenomena such as sea water intrusion can threaten the survival of small island communities. Every water source that is intended to be used, such as rivers, lakes or wells, needs to go through a purification process to remove microorganisms and other mineral substances from the water so that it is clean and safe to use. According to the National Oceanic and Atmospheric Administration (NOAA), the sodium chloride (salt) content in sea water can pose a risk to human health and can even result in death. To obtain clean water, the desalination method using solar evaporation is the cheapest method and is suitable for use on a community scale such as small island communities. In implementing the desalination method using solar evaporation, there are design aspects that influence the efficiency of the method, including those related to structure and shape, orientation, solar still chamber as well as operational mechanisms, maintenance, and selection of effective and efficient materials for application to small island communities
format	Final Project
author	Zahra Camila Muthmainnah, Alya
spellingShingle	Zahra Camila Muthmainnah, Alya DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)
author_facet	Zahra Camila Muthmainnah, Alya
author_sort	Zahra Camila Muthmainnah, Alya
title	DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)
title_short	DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)
title_full	DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)
title_fullStr	DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)
title_full_unstemmed	DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)
title_sort	design of sea water desalination facilities for clean water facilities for small island communities (case study: pari island, seribu islands regency, dki jakarta province)
url	https://digilib.itb.ac.id/gdl/view/84562
_version_	1822998623236915200

DESIGN OF SEA WATER DESALINATION FACILITIES FOR CLEAN WATER FACILITIES FOR SMALL ISLAND COMMUNITIES (CASE STUDY: PARI ISLAND, SERIBU ISLANDS REGENCY, DKI JAKARTA PROVINCE)

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