Revitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City

Jelekong ex-landfill site is located in Cijati Panyaengan Street, Jelekong Village, Bandung Regency. It had been closed as a landfill site in 2005. It has been planned by Bandung City’s Government as organic waste treatment facility. Waste input of the installation is using waste from markets. Th...

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Main Author: LISTYA NUGRAHA NIM: 15314064, ADI
Format: Final Project
Language:Indonesia
Online Access:https://digilib.itb.ac.id/gdl/view/24996
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Institution: Institut Teknologi Bandung
Language: Indonesia
id id-itb.:24996
spelling id-itb.:249962018-09-25T14:03:41ZRevitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City LISTYA NUGRAHA NIM: 15314064, ADI Indonesia Final Project INSTITUT TEKNOLOGI BANDUNG https://digilib.itb.ac.id/gdl/view/24996 Jelekong ex-landfill site is located in Cijati Panyaengan Street, Jelekong Village, Bandung Regency. It had been closed as a landfill site in 2005. It has been planned by Bandung City’s Government as organic waste treatment facility. Waste input of the installation is using waste from markets. The sampling result in TPS Pasar Anyar and TPS Balubur shows, the organic waste percentage was 78,79% of 1,97 ton/day and 81,39% of 0,29 ton/day. Until now, organic waste reduction numbers at the source or TPS are still low therefore communal reduction are needed. The application of anaerobic digestion technology will reduce the organic waste generation and gives by-product that can be utilized. Laboratory test result, organic waste has 89,39% of water content, 87,29% of volatile content, and 29,57 of C/N ratio. Therefore, the design of reactor is wet, continuous, and thermophilic. At the installation, the processing units designed are tipping floor, conveyor belts to remove inorganic and residual materials, shredder, input tank, reactors, digestate basin, biogas purification to remove H2S gas, biogas storage, separator, maturation area to treat solid digestate (fiber) and liquor basin. The waste input is 20 tons/day, it will be produced 0.45 tons of biogas, 3.29 tons of solid digestate (fiber), and 28.64 tons of liquid digestate. Liquid digestate will be recirculated back to the input tank. Solid digestate will be used as compost, and biogas will be used for cooking by people around it. Monitoring and maintenance is needed to maintain the condition of each processing unit. 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 Jelekong ex-landfill site is located in Cijati Panyaengan Street, Jelekong Village, Bandung Regency. It had been closed as a landfill site in 2005. It has been planned by Bandung City’s Government as organic waste treatment facility. Waste input of the installation is using waste from markets. The sampling result in TPS Pasar Anyar and TPS Balubur shows, the organic waste percentage was 78,79% of 1,97 ton/day and 81,39% of 0,29 ton/day. Until now, organic waste reduction numbers at the source or TPS are still low therefore communal reduction are needed. The application of anaerobic digestion technology will reduce the organic waste generation and gives by-product that can be utilized. Laboratory test result, organic waste has 89,39% of water content, 87,29% of volatile content, and 29,57 of C/N ratio. Therefore, the design of reactor is wet, continuous, and thermophilic. At the installation, the processing units designed are tipping floor, conveyor belts to remove inorganic and residual materials, shredder, input tank, reactors, digestate basin, biogas purification to remove H2S gas, biogas storage, separator, maturation area to treat solid digestate (fiber) and liquor basin. The waste input is 20 tons/day, it will be produced 0.45 tons of biogas, 3.29 tons of solid digestate (fiber), and 28.64 tons of liquid digestate. Liquid digestate will be recirculated back to the input tank. Solid digestate will be used as compost, and biogas will be used for cooking by people around it. Monitoring and maintenance is needed to maintain the condition of each processing unit.
format Final Project
author LISTYA NUGRAHA NIM: 15314064, ADI
spellingShingle LISTYA NUGRAHA NIM: 15314064, ADI
Revitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City
author_facet LISTYA NUGRAHA NIM: 15314064, ADI
author_sort LISTYA NUGRAHA NIM: 15314064, ADI
title Revitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City
title_short Revitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City
title_full Revitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City
title_fullStr Revitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City
title_full_unstemmed Revitalization of Jelekong Ex-Landfill Site Into An Organic Waste Treatment Facility From Market Wastes For Bandung City
title_sort revitalization of jelekong ex-landfill site into an organic waste treatment facility from market wastes for bandung city
url https://digilib.itb.ac.id/gdl/view/24996
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