PERANCANGAN SISTEM PENGUMPUL DAN RESIRKULASI LINDI DI ZONA LAHAN URUG AKTIF BAGIAN TIMUR (SEBAGIAN ZONA I, II, DAN IVA) TPST BANTARGEBANG, KOTA BEKASI
Waste is a material that is wasted or thrown away from sources of human activity and natural processes. Along with increasing population growth, waste production also increases. Waste must be managed so as not to cause interference to the environment. One of the waste management places is Bantargeba...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/43394 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Waste is a material that is wasted or thrown away from sources of human activity and natural processes. Along with increasing population growth, waste production also increases. Waste must be managed so as not to cause interference to the environment. One of the waste management places is Bantargebang TPST. Bantargebang TPST. The service area of Bantargebang TPST is DKI Jakarta Province. The area of TPST is ±110 Ha with an effective area of TPST of 74.5%. The average rainfall in the region reaches 4.744 mm/year. The collection system of rainwater runoff and lindi at Bantargebang using a mixed system. Problems in the collection system include channels that are driven by landfill so that the position changes, the capacity of the channel does not meet, and the channel is covered by embankment. In order to resolve that problems, is needed to clean the water channel, recalculate dimension of channel, and channel development.Rain intensity is picked from 5 years period. The result of hydrology calculation showed that amount of rain drop during 5 years period is 243,73 mm/day.
The planned drainage channel is 6,400 meters. Channels are built using precast concrete materials, high density polyethylene pipes, and geomembrane. The handling carried out on lindi flow was carried out by recirculating lindi towards landfill. Recirculated lindi is accommodated in recirculation ponds. The planned recirculation pond is 3 pieces with a total discharge capacity of 1.4 m3/s. |
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