Policy Suitability Among Three Sources of Regulations to Support the Zero Run-Off Concept on The Discharge of The Q 5 Flood in Crowded Area
DOI:
https://doi.org/10.61841/7j5yea60Keywords:
rainfall, drainage, flood, regulation, infiltration wellAbstract
Several crowded area in Central Jakarta have a flood problem. The crowded area, less of infiltration area and bad drainage make this condition become worst. Several steps have used by the government, but it does not have a significant impact. An increasing of population linear with the increasing of land use changing. The land use changing from open space area which could infiltrate the rainwater change to housing, village, and another non infiltrated area. The government creates a rule to avoid flood potential which happened almost every year. Some of them are Environmental Minister Rule Number 12 2009 about The Rainfall Utilization, DKI Jakarta’s Governor Rule Number 20 2013 about Infiltration Well, and the last one is Indonesian National Standard Number 8456 2017 about Infiltration Well and Infiltration Pit of Rainfall. The three of them cannot be applicated partially, they have to applicated thoroughly. An effort to reduce runoff discharge that caused by heavy rainfall have to be started from around us. From the analysis we got the conclusion that the limit of channel area can be supported by an amount of combination between infiltration well and infiltration pit.
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[1] Minister Of Environmental Rules number 12 2009 about The Rainfall Utilization
[2] DKI Jakarta’s Governor create the Rule Number 20 2013 about infiltration well
[3] National Standard Of Indonesia Number 8456:2017 about Infiltration Well and Infiltration Pit
[4] National Standard Of Indonesia Number 2415-2016 about Discharge Design Calculation
[5] Shi, X., Dini, A., Shao, Z., Jabarullah, N.H. & Liu, Z. (2019) Impacts of photovoltaic/ wind turbine/ microgrid
turbine and energy storage system for binding model in power system, Journal of Cleaner Production, 226, 845-857.
[6] Imamuddin, M.2017.Penggunaan Metode Falling Head Dalam Menentukan Daya Serap Air Untuk Mereduksi Genangan Di Kampus FT-UMJ.Semnastek.Ts-016.Jakarta.
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