DESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG

Transfer Depo of Suci is one of the transfer depo in Kecamatan Cibeunying Kidul with service areas covering 31 RWs which are spread in Kelurahan Sukapada, Kelurahan Padasuka, and Kelurahan Neglasari. The waste generation that produces every day from population activities reaches 0,222 kg/person/day...

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Main Author: Dhipta Prameswari, Riesna
Format: Final Project
Language:Indonesia
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Online Access:https://digilib.itb.ac.id/gdl/view/42853
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:42853
spelling id-itb.:428532019-09-24T11:37:34ZDESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG Dhipta Prameswari, Riesna Teknik saniter dan perkotaan; teknik perlindungan lingkungan Indonesia Final Project TD Suci, TPS 3R, waste treatment, organic waste, and inorganic waste INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/42853 Transfer Depo of Suci is one of the transfer depo in Kecamatan Cibeunying Kidul with service areas covering 31 RWs which are spread in Kelurahan Sukapada, Kelurahan Padasuka, and Kelurahan Neglasari. The waste generation that produces every day from population activities reaches 0,222 kg/person/day or 1,29 litres/person/day. The TD Suci area that planned to be built into TPS 3R is 869,64 m2. In this design, TPS 3R is designed to serve all RW in Kelurahan Sukapada and Kelurahan Padasuka. Due to limited population data provided by Kelurahan Neglasari. The change can be done because there are other transfer stations that can accommodate waste generation produced. TPS 3R will serve around 34.643 peoples in 2019 with the waste generation of 52,202 m3/day. To manage all of the input waste, the TPS 3R is built with two-level with the upper floor consist of the tipping floor, waste sorting facility, residual and special waste storage. Whereas the lower floor consists of the organic waste treatment facility and storage area of recoverable materials. Sorting waste is done by the manual system. Inorganic waste that has economic value is separated according to its type, while organic waste will be composted using the windrow composting method. Special waste and residual waste are put in containers to be transported to the Sarimukti landfill. This design is carried out until 2031. The NPV value obtained from the TPS 3R design is negative, that is –Rp11.651.884.337 so that retribution assistance from citizens is still required at a minimum of Rp3.800. 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
topic Teknik saniter dan perkotaan; teknik perlindungan lingkungan
spellingShingle Teknik saniter dan perkotaan; teknik perlindungan lingkungan
Dhipta Prameswari, Riesna
DESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG
description Transfer Depo of Suci is one of the transfer depo in Kecamatan Cibeunying Kidul with service areas covering 31 RWs which are spread in Kelurahan Sukapada, Kelurahan Padasuka, and Kelurahan Neglasari. The waste generation that produces every day from population activities reaches 0,222 kg/person/day or 1,29 litres/person/day. The TD Suci area that planned to be built into TPS 3R is 869,64 m2. In this design, TPS 3R is designed to serve all RW in Kelurahan Sukapada and Kelurahan Padasuka. Due to limited population data provided by Kelurahan Neglasari. The change can be done because there are other transfer stations that can accommodate waste generation produced. TPS 3R will serve around 34.643 peoples in 2019 with the waste generation of 52,202 m3/day. To manage all of the input waste, the TPS 3R is built with two-level with the upper floor consist of the tipping floor, waste sorting facility, residual and special waste storage. Whereas the lower floor consists of the organic waste treatment facility and storage area of recoverable materials. Sorting waste is done by the manual system. Inorganic waste that has economic value is separated according to its type, while organic waste will be composted using the windrow composting method. Special waste and residual waste are put in containers to be transported to the Sarimukti landfill. This design is carried out until 2031. The NPV value obtained from the TPS 3R design is negative, that is –Rp11.651.884.337 so that retribution assistance from citizens is still required at a minimum of Rp3.800.
format Final Project
author Dhipta Prameswari, Riesna
author_facet Dhipta Prameswari, Riesna
author_sort Dhipta Prameswari, Riesna
title DESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG
title_short DESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG
title_full DESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG
title_fullStr DESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG
title_full_unstemmed DESIGN OF TPS 3R UNDER LIMITED LAND AREA IN TRANSFER DEPO (TD) OF SUCI, BANDUNG
title_sort design of tps 3r under limited land area in transfer depo (td) of suci, bandung
url https://digilib.itb.ac.id/gdl/view/42853
_version_ 1821998715145027584