DESIGN OF CITY SCALE TRANSFER STATION AT CIMAHI CITY AND REGION SCALE INORGANIC RECOVERY CENTER AT REGION CIRENDEU CIMAHI
Waste management is not enough if only be done with collection, transfer/transport and disposal on landfill. It is necessary to do a system of waste flow, starting from upstream to downstream. Waste generation of Cimahi is currently projected at 299,61 tons/day. The amount of this number w...
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| Format: | Final Project |
| Language: | Indonesia |
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| Online Access: | https://digilib.itb.ac.id/gdl/view/39497 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Waste management is not enough if only be done with collection, transfer/transport and disposal on landfill. It is necessary to do a system of waste flow, starting from upstream to downstream. Waste generation of Cimahi is currently projected at 299,61 tons/day. The amount of this number will continue to grow as the population of Cimahi increases. The composition of Cimahi City waste is dominated by organic waste which is 52,7 %, while inorganic waste is
37,5 % and residual waste is 9,7 %. In 2020 the final waste processing location will switch to the Legok Nangka landfill in Nagrek District, Bandung Regency. This can be a problem, because because the distance traveled is approximately 57 km. Based on Ministerial Regulation if the distance of the landfill is more than 25 kilometers, the city must have a Transfer Station. Therefore, it is necessary to construct a City-scale Transfer Station in Cimahi City to minimize the operational costs of transportation to Legok Nangka landfill. Through the compaction process, the volume of waste that entering the landfill will decrease automatically. In addition, in this design, there will also be built side by side a regional scale waste management facility, namely the community-based Inorganic Recovery Center (IRC) which aims to reduce waste generation to be taken to the landfill. Waste sorting at IRC is done semi-manually, where waste is passed on the conveyor belt. Sorted inorganic waste will be sold to third parties, namely recycling companies. The SPA is planned to have a capacity of 26 tons day, while IRC is planned to have a capacity of 3 tons/day. The design of this waste facility is carried out for the targeted management vision of Cimahi City, namely "Cimahi Zero Waste City, 2037".
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