Subway Jakarta Mitsui-Morotaka

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    Subway Project in Jakarta and

    Contribution to SustainabilityMass Rapid Transit Project Contract CP106

    SUMITOMO MITSUI CONSTRUCTION CO.,LTDMOTOTAKA MOROTA

    Bunderan HI Station

    Embassy of Japan

    TunnelingTunnelingTunnelingTunneling6800680068006800mmmmmmmm

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    OUTLINE OF CP106ClientPT. Mass Rapid Transit Jakarta

    ContractorSMCC-HK JO

    ConsultantOriental Consultants JV

    ScheduleAug-2013May-2018(247Weeks)

    Contract MethodDesign-Build Contract

    SUMITOMOSUMITOMOSUMITOMOSUMITOMO MITSUIMITSUIMITSUIMITSUI CONSTRUCTIONCONSTRUCTIONCONSTRUCTIONCONSTRUCTION COCOCOCO....,,,, LTDLTDLTDLTD....

    PTPTPTPT....HUTAMAHUTAMAHUTAMAHUTAMA KARYAKARYAKARYAKARYA (PERSERO)(PERSERO)(PERSERO)(PERSERO)

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    LOCATION

    [Outline]Elevated Section9.8kmUnderground Section5.9km

    [MRT Location Plan]

    Jakarta

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    The

    secon

    dp

    hase

    The

    secon

    d

    phase

    The

    secon

    d

    phase

    The

    secon

    dp

    hase

    L=

    8.1km

    L=

    8.1km

    L=

    8.1km

    L=

    8.1km

    CP106CP106CP106CP106

    The

    firs

    tp

    hase

    The

    firs

    tp

    hase

    The

    firs

    tp

    hase

    The

    firs

    tp

    hase

    L=1

    5.7

    km

    L=1

    5.7

    km

    L=1

    5.7

    km

    L=1

    5.7

    km

    L=2.0kmL=2.0kmL=2.0kmL=2.0km

    Un

    dergroun

    d

    station

    Un

    dergroun

    d

    station

    Un

    dergroun

    d

    station

    Un

    dergroun

    d

    station

    sec

    tion

    sec

    tion

    sec

    tion

    sec

    tion

    L=

    5.9

    k

    m

    L=

    5.9

    k

    m

    L=

    5.9

    k

    m

    L=

    5.9

    k

    m

    Eleva

    teds

    tati

    on

    Eleva

    ted

    stati

    on

    Eleva

    ted

    stati

    on

    Eleva

    teds

    tati

    on

    sec

    tion

    sec

    tion

    sec

    tion

    sec

    tion

    L=

    9.8

    km

    L=

    9.8

    km

    L=

    9.8

    km

    L=

    9.8

    km

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    OUTLINE OF CP106Setiabudi StationSetiabudi StationSetiabudi StationSetiabudi Station

    Dukuh Atas StationDukuh Atas StationDukuh Atas StationDukuh Atas StationBunderan HI StationBunderan HI StationBunderan HI StationBunderan HI Station

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    PROCEDURE

    Setiabudi Dukuh Atas Bunderan Hi

    Construct Underground Station(Diaphragm Walling, Earthwork, Concrete Work)

    Assemble TBM

    Tunneling (Bunderan Hi Dukuh Atas) Tunneling (Dukuh Atas Setiabudi

    Dismantle TBM

    Restore (Earthwork, Pavement, etc.)

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    year 2013 2014 2015 2016 2017 2018

    month 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 10 11 12 1 7 1 5

    Detail Design

    Utility Relocation

    King Post

    Road Decking

    Diaphragm Wall

    Road Decking

    Construct Structure1st 2nd

    Shield Machine

    Detail Design

    Utility Relocation

    Slope Protection

    Diaphragm Wall

    King Post

    Construct Structure

    Shield Machine

    Setiabu

    di

    Statio

    n

    HandoverofConcourseandPlatform(30Jul2017:47thmonth)

    DukuhAtas

    Station

    Bu

    nderanHI

    Station

    H

    andoverofDown

    Track(13Nov20

    1639thmonth)

    HandoverofUpT

    rack(8Jan2017

    :40thmonth)

    Com

    pletionoftheW

    orks(20May2018:57thmonth

    )

    Com

    pletionoftheW

    orks(20May2018:57thmonth

    )

    Com

    pletionoftheW

    orks(20May2018:57thmonth

    )

    Com

    pletionoftheW

    orks(20May2018:57thmonth

    )

    TemporaryFacilities

    MachineAssemble

    Temporary

    Facilities

    MachineDisassemble

    PROPOSED SCHEDULE

    Complete constructing structureby shield machines reach

    1st TBM forDown Track

    2nd TBM forUp Track

    Bunderan HI Dukuh Atas

    L=662m

    Dukuh Atas- SetiabudiL=710m

    Bunderan Hi

    L=440m

    Dukuh AtasL=210m

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    Proposed Dukuh Atas Station

    ProposedStation

    RoadPublic Space

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    Proposed Bunderan HI Station

    ProposedStation

    Road

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    20750

    19.3m19.3m19.3m19.3mDukuh Atas STAGeneral Structure

    Inside width19.3m

    Digging Depth24.5mDiaphragm Wall

    (t=1.2m)

    Single wall systemas permanent

    Top-Down Construction

    Method

    Falsework1stage

    Temporary & Partial

    Road Decking

    24.

    5m

    24.

    5m

    24.

    5m

    24.

    5m

    1.2m1.2m1.2m1.2m

    Construction Method (1)

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    Construction Method (2)

    Bundaran Hi STAGeneral Structure

    Inside width20.3m

    Digging Depth19.0mDiaphragm Wall

    (t=1.0m)

    Single wall systemas permanent

    Top-Down Construction

    Method

    Falsework1stage

    Temporary & Whole

    Road Decking

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    22100

    24550

    Reduction of Environment impact by

    using Diaphragm wall as Permanent wall

    Conventional method

    SECANT PILE (Temporary)

    Using Cement & Rebar

    Disposal of ExcavatedMaterial, Slurry

    Excavated Soil

    Transport by Dump Truck

    22.1m22.1m22.1m22.1m

    24.

    5m

    24.

    5m

    24.

    5m

    24.

    5m

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    Diaphragm wall as permanent wall method

    2. No Secant pile

    Cement & Rebar reduce

    Excavated material &

    Slurry reduce

    1. Excavation width reduce

    Reduction of excavated

    soil volume

    Reduction of machine works

    for excavation & transport

    by dump truck

    Reduction ofEnvironment impact

    Reduction ofEnvironment impact

    19.3m19.3m19.3m19.3m

    24

    .5m

    24

    .5m

    24

    .5m

    24

    .5m

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    Reduced

    19300

    24550

    22100

    24

    550

    470 mm (0.87)

    70 m/m2. Temporary Wall

    Excavation

    COMBINED USE OF TEMPORARY WALL METHODCONVENTIONAL METHOD

    Reduction of Environment impact by

    using Diaphragm wall as Permanent wall

    1. Structural

    Excavation 540 m/m (1.00)

    0 m/m

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    1st Element

    2nd Element

    1st Element

    2nd Element

    1st Element

    JOINT (Vertical)

    DIAPHRAGM WALL

    WallHeight

    JOINT for DIAPHRAGM WALL is important to be considered

    WATERPROOFand EARTHQUAKE-RESISTANCE of structure

    Improvement of durability for underground

    structure (D-wall)

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    Common type Joint in South East Asia

    Rigid Connection Joint

    Improvement of durability

    by changing type of Joint

    1. Water leakage

    2. Earthquake3. Durability

    Joint for Diaphragm wall

    1st

    Element 2nd

    Element 1st

    Element

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    REDUCTION OF ENVIRONMENTAL IMPACT

    192.2 155.92 gCO2/passenger-kilometer

    CO2 Emissions Reduction

    Private Car 100% Private Car 80%

    Subway 20%

    19% Reduction in CO19% Reduction in CO19% Reduction in CO19% Reduction in CO2222 Emissions !Emissions !Emissions !Emissions !

    ReduceReduceReduceReduce totototo 1/181/181/181/18

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    REDUCTION OF ENVIRONMENTAL IMPACT

    19% Reduction in CO19% Reduction in CO19% Reduction in CO19% Reduction in CO2222 Emissions +Emissions +Emissions +Emissions +

    Mitigate TrafficMitigate TrafficMitigate TrafficMitigate Traffic CongestionCongestionCongestionCongestionTrafficTrafficTrafficTraffic CongestionCongestionCongestionCongestion

    ImproveImproveImproveImprove fuel efficiencyfuel efficiencyfuel efficiencyfuel efficiency ReduceReduceReduceReduce the noise of car hornthe noise of car hornthe noise of car hornthe noise of car horn