delivering water to west jakarta palyja

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PhW / Palyja / June 07 Delivering Water to West Jakarta PALYJA Presentation to CCF By Philippe Wind, Technical Director PALYJA JUNE 2007

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Delivering Water to West Jakarta PALYJA. Presentation to CCF By Philippe Wind, Technical Director PALYJA JUNE 2007. PALYJA – Water Concession Company established in 1998 for west Jakarta. Private company, 50% Suez Environnement, 50% Astra Under concession contract with DKI, managed by PAM - PowerPoint PPT Presentation

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Page 1: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Delivering Water to West JakartaPALYJA

Presentation to CCFBy Philippe Wind, Technical Director

PALYJAJUNE 2007

Page 2: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

PALYJA – Water Concession Company established in 1998 for west

Jakarta• Private company, 50% Suez Environnement, 50% Astra• Under concession contract with DKI, managed by PAM• Full scope of service:

– Water treatment, distribution pipes Network, customer– Deliver water to the people connected– Standard “air bersi”

• Money collected used to pay all water costs:– water resources– operating costs– Investments

PALYJA employs directly 1400 people, serve 380 000 accounts for around 2,5 million people. Produce 700 000 m3/day to deliver continuous supply at above 7,5 M of pressure. PALYJA invest around 20 mio USD/year.

Page 3: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Areas - DKI

Page 4: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

West tarum catchments

Page 5: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

1

2

RAW WATERTREATED WATER SOURCES

Cawang = 5.4 m3/s (Average)4,7 m3/s (dry s.) Bekasi =

19 m3/s (ave~wet s.)17 m3/s (dry s.)

Cikarang = 26 m3/s (ave~wet s.~dry s.)

53 m3/s (Ave ~ wet s.)50 m3/s (dry s.)

Raw Water Supply from WTC

Target supply to PALYJA: 6.2 m3/s

Page 6: Delivering Water to West Jakarta PALYJA

Jatiluhur Dam

Page 7: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

West Tarum Canal–Bekasi River

Page 8: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

End of WTC at Cawang Offtake

Page 9: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Water Resources & PALYJA WTPCurrent + options

Page 10: Delivering Water to West Jakarta PALYJA

WTP

Page 11: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Pipe Network

Page 12: Delivering Water to West Jakarta PALYJA

Pipes and network

Page 13: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Customers

Page 14: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

06.12.06 6-IGTERSGPALYJA

Not supplied in the peak hours

Supplied only few hours a day

Not supplied, no water

Water supply by Areas

Network Pressure by Areas

Low Pressure 0 – 0.3

Medium0.3 – 0.7

High Pressure 0.7 – 1.0

High Pressure> 1.0

Water Shortage in West Jakarta

Page 15: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

• Current Demand fo JKT : 1.500.000 m3/day

• Demand satisfaction : 79 %

• Unmeet demand : 21 %

• Physical Losses : 25 %

•Commercial losses : 23 %

• Population growth : 0.7 % per year

WATER DEMAND deficit and losses

Page 16: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Current Situation of Water Supply

Description TPJ PALYJA DKI Jakarta

PAM 61,8% 53,7% 57,6%

Pumps 31,7% 37,9% 35,0%

Hydrants 6,5% 8,4% 7,5%

Total 100% 100% 100%

Water sources per Kotamadia year 2005

0%

20%

40%

60%

80%

100%

Selatan Timur Barat Pusat Utara DKI

PAM

Pumps

Hydrants

Water User in PALYJA and TPJ Area :

Page 17: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Current Situation of Water SupplyPressure at House Connections :

Area Pressure (bar)

%

PALYJA North. - Western

0 – 0.3 32%

Central Jkt 0.3 – 0.7 26%

Southern Jkt 0.7 – 1.0 42%

TPJ Northern Jkt 0 – 0.3 44.6%

Central Jkt 0.3 – 0.7 25.7%

Middle – Part of Southern Jkt

0.7 – 1.0 29.7%

Page 18: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Losses and continuity of service

• Commercial losses is a big part of total losses• Lack of continuity of service strongly degrade

commercial losses as:– Unhappy customer may seek for illegal connection– Customer may modify his installation to get more

water and affect or bypass metering– Management has more difficulties to differentiate

metering and bill anomalies from lack of supplyA minimum pressure above 7,5 M at connection level will lead to continuous supply and bring strong improvement in reduction of commercial losses.

Page 19: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Water Quality and Drinking water objective

• Drinking water status cannot be fulfilled without the preliminary conditions :– Full time pressurized network– Decrease of physical losses– Sufficient production facilities in stand-by to

provide treatment process improvement

(All these conditions are related to avoid contamination of the network)

– Constant raw water quality

Page 20: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Key issues for future

• estimated 20% water deficit between supply and demand.

• Reduction of physical losses not enough to cover the deficit, commercial losses represent water consumed.

• strong need to bring additional water resources to meet water demand

• Increase in resources will lead to better continuous supply that will improve quality and reduce losses

• several possibilities to get additional resources to improve water service and meet demand for Jakarta

Page 21: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Domestic connectionOfficial figure

Illegal users

Hydrants

+ p - Z%/year+ LPCD

+ p+ LPCD

+ p - X%/year

+ Z%/year

+ X%/year

Pumps + p - Y%/year

+ Y%/year

Population demandPopulation demand

Demand satisfied

Page 22: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Water Demand

2005 Demand Pattern (m3/d) 2012 Demand Pattern (m3/d) 2022 Demand Pattern(m3/d)

Page 23: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

1

2

3

5

4

8

6

7

9

10 11

TRANS.PIPA

8 WTP

1.Cisadane Ext 300lps2.Cikokol Ext 300lps3.Teluk Naga 300 lps4.Buaran+P.Gadung Ext 750lps5.Buaran III 2500 lps6.North WTP 1000 lps7.Bogor Spring 1000 lps8.Ciawi Dam 3000 lps9.Extension WTC 2500 lps10.Cisadane II 3000 lps11. Jatiluhur 7000 lps

Water Resources potential projects

Page 24: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Present and Future WTC Raw Water

Abstractions for PAM

Jakarta (m3)

20.85Bekasi

Prese nt(2007)

L onge r Term(2012 > )

BuaranPulogadungPejompongan

Ciliwung5

6.4

4.2

5.25

M id Term2008- 2010

N ote : E x is t ing W T P c apacit ies increase d

Ciliwung5

24.6Bekasi

7.5

5.3

6.8

Ciliwung5

29.8

Bekasi

7.5

5.3

12.0*

Ciliwung Bekasi

* N o te : A ssum e s B uaran II I W T P I m plem e n ted

Page 25: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

END

Ciliwung Bekasi Cikarang Cibeet

Citarum

WTP Pejompongan6.2 m3/s

WTP Buaran5.5 m3/s

WTP Pulogadung4.4 m3/s

BendungBekasi

Projected siphon

Cap. 30m3/s

BendungCikarang

BendungCibeet

BendungCurug

ETCCurug Hydraulic Pumping StationDesign Capacity

17 x 5.5 m3/sPresent Capacity

17 x 3.1 m3/s

Projected siphon

Projected Separation

JAKARTAWTC Cap.21.1 m3/s

DesignCapacity 82m3/s

Existing Cibeetsiphons

ProjectedSeparation Wall

Irrigation Area17,477 ha

Irrigation Area7,250 ha

WEST TARUM CANAL

WTC

Pipelines

ProjectedSeparation wall

ProjectedSeparation Wall

Page 26: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Long term

Page 27: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Tenjo

Alternative to study

WTP to locate

Page 28: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

WATER SUPPLY PLAN FROM KARIAN DAM

SERANG and CILEGON

Karian Dam (14.6)

Karian Dam (14.6)

TENJO P. PANJANG

SERPONG

TANGERANG

KSCS 1 : 9.1

6.22.9

6.2

Ciuyah Tunnel

9.1

Ciu

jun

g

Riv

er

(Unit : ㎥ /s )

5.5

Page 29: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Investment , legal and economics

Page 30: Delivering Water to West Jakarta PALYJA

Contractual Relationship

DKI Jakarta

Administration

PAM JAYA

Customers

Regulatory

Body

Independent

Transparent

Accountable

PALYJA

Co-operation Agreement

DPRD

Legislative

Page 31: Delivering Water to West Jakarta PALYJA

Economics and Tariff

OPEX

CAPEX

Financing(OPEX & CAPEX)

TagihanAir

(Cashflow)

Costs Full-cost recovery

General costs

General costs • Water Charge

Indexation• Tariff Adjustment

based on Governor DKI Jakarta Decree

T

FPPR :PAM Jaya, RB, MOF, DKI

(PALYJA’s Revenues)

C

K

R

T = C + K + R

Water Charge

Page 32: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

PALYJA InvestmentsPALYJA CAPEX BUDGET YEAR 2007

MIS 2%

Studies 3% Buildings 2%

Vehicle 0.2 %Office Equipment

0.4 %

Meters 7%

Connections 14%

NRW Action 4%

Distribution Network 15%

Primary Network 20%

Production 33%

Page 33: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

PALYJA : Potential & constraints

Investment

Financing cash flows

Inflation

Tariff

Get more Raw Water

Build pipes, connections, treatment

Operate and maintain

Employees, knowledge

Provide more water, increase coverage

Improve service, customers satisfaction

Reduce losses

Manage costs

Page 34: Delivering Water to West Jakarta PALYJA

PhW / Palyja / June 07

Conclusion

PALYJA is planning and implementing necessary actions to improve service,

quality and coverage for west Jakarta.

Additional water resources are necessary but are possible with

involvement of all partiesContinuation of investment is needed

Impact on medium term will be significant for population health and

well beingThank You !