STUDY OF DKI JAKARTA FLOOD CONTROL BY DISTRIBUTING RUNOFF FROM CILIWUNG RIVER TO EAST FLOOD CHANNEL
Jakarta floods will continue to occur annually if heavy rainfall occurs. There are 6 basins that contribute floods in Jakarta region, namely Ciliwung, Angke- Pasanggrahan, Krukur-Grogol, Sunter, Cakung, and Buaran. Ciliwung Basin is one that is often disputed as the cause of flooding in Jakarta....
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| Format: | Final Project |
| Language: | Indonesia |
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| Online Access: | https://digilib.itb.ac.id/gdl/view/35553 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Jakarta floods will continue to occur annually if heavy rainfall occurs. There are
6 basins that contribute floods in Jakarta region, namely Ciliwung, Angke-
Pasanggrahan, Krukur-Grogol, Sunter, Cakung, and Buaran. Ciliwung Basin is
one that is often disputed as the cause of flooding in Jakarta. Downstream flow of
the river is connected with West Flood Channel. There is a condition in which the
West Flood Channel is peak-discharged when heavy rainfall occurs in west of
Jakarta. Floods resulted in hampered social and economic activities in Jakarta,
which impact the loss of material directly or indirectly. This led to a total
breakdown of traffic in some areas of Jakarta and also inundation of settlements
and offices. Therefore, it is necessary to have Jakarta flood prevention studies
that aim to minimize inundation due to overflowing Ciliwung River. The study
used hydrology and hydraulics analysis method. The analysis used the 25 annual
flood discharge. The flood will be distributed to East Flood Channel. The analysis
showed that the East Flood Channel is able to accommodate 272,84 m3/s
discharge from Ciliwung River. The distribution channel is designed with
trapezoidal-shaped cross section. |
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