DESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER

Bumi Panyawangan residential area is one of the residential areas are located in Cileunyi, Bandung regency. Currently, comprehensive residential area reaches 47 hectares with a total houses reach 1433 units sold, 21 units of shop houses, gardens, mosques and other facilities. The residential area wi...

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Main Author: INDRIANINGDYAH BUDIHARTO (NIM:15313059), WIKAN
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/24705
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:24705
spelling id-itb.:247052017-09-28T11:00:46ZDESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER INDRIANINGDYAH BUDIHARTO (NIM:15313059), WIKAN Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/24705 Bumi Panyawangan residential area is one of the residential areas are located in Cileunyi, Bandung regency. Currently, comprehensive residential area reaches 47 hectares with a total houses reach 1433 units sold, 21 units of shop houses, gardens, mosques and other facilities. The residential area will develop the area up to 80 hectares with the house reached 3038 units, 42 units of shop houses, and tourist facilities such as swimming pool. The main problem is the waste management system is currently only rely on garbage collection which done with door-to-door system by garbage trucks from BPLHD without waste minimization. Therefore, we need solid waste processing for residential area to minimize the waste which will be transported to a landfill in the form of a MRF managed by the developer. For designing the MRF, sampling has been done using SNI 19-3964-1994 method and the results shows that the waste in Bumi Panyawangan Residence reached 2,831 tonnes / day with the composition of organic waste consists of food scraps and leaves 37%, salable inorganic waste consisting of plastic, paper, metal, glass at 38% and the remaining other waste by 24%. To design the MRF, projection of waste generation up to 10 years into the future has been done and choosing some alternatif waste treatment plans. The design of MRF’s hangar consists of the tipping floor, the separation area using conveyor, storage for non organic disaggregated, composting area using box hollow brick, maturation area, packaging area of compost, and a parking area for garbage kontainer with the broad needs for hangar this 1,206 m2. The MRF is equipped with offices, vegetation, sanitation, and parking area. 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 Bumi Panyawangan residential area is one of the residential areas are located in Cileunyi, Bandung regency. Currently, comprehensive residential area reaches 47 hectares with a total houses reach 1433 units sold, 21 units of shop houses, gardens, mosques and other facilities. The residential area will develop the area up to 80 hectares with the house reached 3038 units, 42 units of shop houses, and tourist facilities such as swimming pool. The main problem is the waste management system is currently only rely on garbage collection which done with door-to-door system by garbage trucks from BPLHD without waste minimization. Therefore, we need solid waste processing for residential area to minimize the waste which will be transported to a landfill in the form of a MRF managed by the developer. For designing the MRF, sampling has been done using SNI 19-3964-1994 method and the results shows that the waste in Bumi Panyawangan Residence reached 2,831 tonnes / day with the composition of organic waste consists of food scraps and leaves 37%, salable inorganic waste consisting of plastic, paper, metal, glass at 38% and the remaining other waste by 24%. To design the MRF, projection of waste generation up to 10 years into the future has been done and choosing some alternatif waste treatment plans. The design of MRF’s hangar consists of the tipping floor, the separation area using conveyor, storage for non organic disaggregated, composting area using box hollow brick, maturation area, packaging area of compost, and a parking area for garbage kontainer with the broad needs for hangar this 1,206 m2. The MRF is equipped with offices, vegetation, sanitation, and parking area.
format Final Project
author INDRIANINGDYAH BUDIHARTO (NIM:15313059), WIKAN
spellingShingle INDRIANINGDYAH BUDIHARTO (NIM:15313059), WIKAN
DESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER
author_facet INDRIANINGDYAH BUDIHARTO (NIM:15313059), WIKAN
author_sort INDRIANINGDYAH BUDIHARTO (NIM:15313059), WIKAN
title DESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER
title_short DESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER
title_full DESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER
title_fullStr DESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER
title_full_unstemmed DESIGN OF MATERIAL RECOVERY FACILITY IN BUMI PANYAWANGAN RESIDENCE WITH DEVELOPER AS THE MAIN MANAGER
title_sort design of material recovery facility in bumi panyawangan residence with developer as the main manager
url https://digilib.itb.ac.id/gdl/view/24705
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