IMPROVEMENT OF HYDRO INFORMATION SYSTEM 4b_Mr. Firman Sarifudin.pdf · Selorejo Dam Communication...
Transcript of IMPROVEMENT OF HYDRO INFORMATION SYSTEM 4b_Mr. Firman Sarifudin.pdf · Selorejo Dam Communication...
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IMPROVEMENT OF HYDRO INFORMATION SYSTEM - BRANTAS EXPERIENCE -
JASA TIRTA I PUBLIC CORPORATION Jalan Surabaya No. 2A Malang 65115
http://www.jasatirta1.co.id
Presented by :
Firman Sarifudin
Presented at
The Collaborative Workshop of Sedimentation and Dam Technology
Malang, 18th December 2013
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Brantas River Basin
An archipelago of 13,000 islands
– 240 million inhabitants – 5,600
rivers all over the country –
divided into 131 river basins –
Brantas is one of the strategic
river basin of out 33 selected
basins (President Decree No. 12/2012).
Brantas River Basin = 25% area of East Java
Province
GRDP Brantas River Basin = 64 % GRDP in
the East Java Province (as of 2009)
Brantas River Basin (12.000 km2)
Length = 320 km
Population in CA = 16 million people
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Master Plan I
(1961 - 1973)
Master Plan II
(1974 - 1985)
Master Plan III
(1986 - 2000)
Sengguruh Dam (88) T.Agung Tunnel (91)
Selorejo Dam (72)
Waru-Turi B. (92)
Bening Dam (84) Gunungsari B. (81)
Wlingi Dam (78) Lodoyo Dam (83) Lahor Dam (77)
Wonorejo Dam (00) Jatimlerek R.D (93)
Menturus R.D (93)
Sutami Dam (72)
New Lengkong B (74)
Infrastructures in the Basin
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Integrated Water Resources Management (IWRM) Spiral
Brantas River Basin
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Jasa Tirta I Public Corporation
PJT-I is a Corporate Type RBO
2 river basins [Brantas & Bengawan
Solo]
Approx. 600 employees
1200 G-Wh generated energy
250 million m³ industrial bulk-water
400 million m³ domestic bulk-water
Jasa Tirta I Public Corporation are
stipulated in the Government Regulation No
46 of 2010 comprising among others:
preventive O&M of water infrastructures and
rendering water services.
Jasa Tirta I Public Corporation is a state-
owned company with a mandate from the
Government to carry out specific
management assignments in Brantas and
Bengawan Solo River Basin.
MAIN TASKS MANDATES
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Social-Economic Impacts on the Basin
Benefit Unit Before develop-
ment 1960
After Develop-
ment 1990
Managed as of
the Year 2012
Flood control Inundation area Frequent flood Controlled More Controlled
Electricity Million kWh 170 910 1,031
(113 %)
Domestic water supply Million m3 73 125 352
(282%)
Industrial water supply Million m3 50 115 159
(138 %)
Water quality Average
BOD/year
- 12 - 16 mg/lt 3 - 14 mg/lt
Infrastructures Condition - Less Maintained Maintained
Irrigation Harvest
intensity
0.8 times / year 1.8 times / year 2.2 times / year
(122 %)
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FLOOD FORECASTING AND WARNING SYSTEM (FFWS)
BRANTAS RIVER BASIN (1990s)
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FLOOD FORECASTING AND WARNING SYSTEM (FFWS)
DEVELOPMENT
System Features
– Installed and established at the end of 1990 and started its operation from the
beginning of 1991. The hardware and software systems of FFWS 1st
generation were installed in the Brantas River basin through the Japanese
Overseas Economics Cooperation Fund (OECF) project.
– Additional two rainfall stations were installed at Tugu and Kampak in 1993.
– An extension of FFWS installed in 2000 supported by the Government of
Austrian through Indonesian Institute of Science (LIPI).
– The existing FFWS consists of observation system, telemetering system, flood
analysis system, and communication system.
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LIST OF MONITORING STATION (ONLINE-FFWS)
Page 10 0 5 10 15 20 25km
Mt. Kawi
Mt. Wilis
Mt. Arjuno
Mt. Kelud
Mt. Semeru
Mt. Bromo
N
SCALE
Legend:
Kediri Pujon
Wlingi Dam
Bening Dam
Gunungsari
Porong
Lahor Dam
MALANG
Contour Line
Branch Office
Master Station
River
MricanBarrage
SutamiDam
INDONESIAN OCEAN
Lodoyo Barrage
Relay Station
Existing Links
New LengkongBarrage
Sengguruh Dam
Tulungagungoffice
Dam
Selorejo Dam
Communication Network for Existing FFWS
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Problems on Existing FFWS
1. Lack of Spare Parts
The equipment has not been produced since 1996. The spare parts are now out of stock (discontinued).
2. Processing of Telemetering Data
Difficult to change the H-V curves as they are memorized in the ROM of the Data Processing Equipment.
3. Telemetering Data Management
Disconnection between the new database and the Data Storage Equipment.
4. Flood Analysis System
The flood analysis system has not been applied yet to actual flood events since its establishment.
5. Communication System
Interfered with other wireless stations using similar frequency band.
6. Observation at Gauging Station
Some water level gauges are not functioning due to sediment deposit especially in the dry season.
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IMPROVEMENT OF
FLOOD FORECASTING AND WARNING SYSTEM (FFWS)
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Monitoring System Based on Global System for Mobile (GSM)
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ARR On-Line Monitoring System Based on Global System for Mobile (GSM)
Number of Automatic Rainfall Recorder (ARR) based on GSM in
Brantas River Basin : 43 stations
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AWLR On-Line Monitoring System Based on Global System for Mobile (GSM)
Number of Automatic Water Level Recorder (AWLR) based on GSM in
Brantas River Basin : 31 stations
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USER INTERFACE TELEMETRI SYSTEM BASED ON GLOBAL SYSTEM FOR MOBILE (GSM)
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USER INTERFACE OF RAINFALL DATA MONITORING (GSM)
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USER INTERFACE OF WATER LEVEL DATA MONITORING (GSM)
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IMPROVEMENT OF
FLOOD FORECASTING AND WARNING SYSTEM (FFWS)
Austria
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Flood Management in the Brantas RB
• Floods can not be prevented totally in the Brantas RB.
• Flood control has been shifted towards flood management.
• The resilience of community to live in harmony with floods
such as community service and empowerment of society is
the most important component.
• Provision of EWS and flood hazard mapping and risks
guides, raising awareness, capacity building, education and
training, as well as institutional setting.
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CBFEWS in the Brantas RB
• EWS is a key element in reducing flood disaster
risks in the basin.
• It provides people with sufficient time to evacuate
and protect their property from an impending
hazard.
• The CBFEWS in the basin provides community
and disaster risk management agencies with
advance information on the risks that can be
readily translated to disaster prevention,
preparedness response actions against loss of
lives and injuries.
• The system promotes a sense of ownership,
hence it is easier to sustain.
Page 23 Community Based Flood Early Warning
System
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Community Based Flood Early Warning System in the Brantas
RB
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CBFEWS in the Brantas RB
Manager of
Water
Service
Division
Community
members as
observers
Manager of
Water
Service
Division &
Staffs
Chief of Environment
and Data Management
Bureau
Community
Chief of
Data
Managemen
t Unit &
Staffs
President
Director
Director of Operation
& Director of
Technical Planning
and Dev
Informat
ion Command Coordin
ation
Note:
Community
Leaders
Page 26 Taman Wisata Bendungan Selorejo
TERIMA KASIH….