KAJIAN SISTEM PENGELOLAAN PERSAMPAHAN DI KAMPUS ITB DAN ALTERNATIF PERBAIKAN
Institut Teknologi Bandung (ITB) campus is located on a 286.830 m2 land area and has several facilities to support the activities that run inside. The activities inside the campus area generate quite a large number of waste which makes it necessary to undergo an evaluation and development of the sol...
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| Format: | Final Project |
| Language: | Indonesia |
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| Online Access: | https://digilib.itb.ac.id/gdl/view/35178 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Institut Teknologi Bandung (ITB) campus is located on a 286.830 m2 land area and has several facilities to support the activities that run inside. The activities inside the campus area generate quite a large number of waste which makes it necessary to undergo an evaluation and development of the solid waste management applied. method used in this research is by literature review, preliminary survey, problem identification in study area, primary and secondary data gathering and data analyzing in order to evaluate and to create several recommendations for the solid waste management existing. Solid waste sources in the campus area divided into 3 sources which are office and school buildings, open field and canteens. Samples’ physic characteristics from each source are analyzed. Chemical characteristics analising are only done for canteen source. The average solid waste generation is 0,023 kg/capita·d or 0,34 liter/capita·d for office and school buildings, 0,008 kg/m2 atau 0,092 liter/m2 for open field and 0,198 kg/m2·d or 0,595 liter/m2·d for canteens. Organic waste consisted of food waste, grass and leaves (yard waste) is the largest part of the solid waste generation in all sources which has a percentage of 68,27% in average. For the inorganic portion, the two largest components are paper which constitute 17,49% and plastic which constitute 7,80% from total amount of solid waste generated. As the result of the evaluation, it is recommended that the improvement for the community participation aspect and the operational aspect which are waste handling, collection and processing be made. Waste transformation though aerobic composting and waste recycling are some potential actions that could be applied in order to reduce the weight of waste transfer and transport and the amount of waste disposed to the final disposal site. |
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