cindy dianita_bisstech 2015

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    CASE STUDY FROM A TO BPOINT IN WEST JAVA -

    INDONESIA

    ESTIMATING GREENHOUSE GASEMISSIONS LEVEL OF A NATURAL GASPIPELINE :

    Cindy Dianita, ST., M.EngDepartment of Chemical EngineeringUniversity of Indonesia

    BISSTECH, cto!er, "#$"%th &'"#(rand Inna )*ta Hotel, Bali $ Indonesia

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    DISCUSSIONRESULTBACKGROUND METHOD

    AGENDA

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    ...BACKGRO

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    Environmentalimpacts

    +at*ral (asCons*mption

    (overnment Target

    ipeline as themain choice

    Methane as apotent (H(

    -nd the p*rposes of this

    are ...........

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    -pply emission estimation methodologies fromInterstate +at*ral (as -ssociation of -merica 0I+(--1

    rovide relevant information and recommendation for Companies and (overnment to record emission level

    Calc*late the f*gitive emissions of a pipeline inIndonesia 0 Tier " and Tier & methods 1

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      Not to com!"# t$# m#t$o%o&o'(#) o* INGA

    IPCC

    (

    W$!t ()*,'(t(##m())(o+

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    ...METH

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    T(#" / !+% T(#" 0 M#t$o%)

    ipeline length

    +*m!er ofcompressor

    station

    +*m!er ofmeter2reg*lator

    station

    T(#" / T(#" 0Act((t1 D!t! T(#" 0

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    CASE : A +!t,"!& '!) (#&(+#)1)t#m *"om A to B Po(+t (+ W#)t J!! 2I+%o+#)(!3 The total length of this gas

    transmission pipeline system co*nts&&' /m

    3 compressor stations and 3meter2reg*lator stations

     The fractions of CH4 and C& 5 63.47

    and &7 respectively.

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    ...RESU

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    T(#" /

    /4567.58

    T(

    To++#) CO0 #9,(!+t

    *"om (#&(+# +'t$

    To++#) CO0 #9,(!+t*"om com"#))o"

    )t!t(o+)

    To++#) CO0 #9,(!+t*"om m#t#""#',&!to"

    )t!t(o+)

    To++#) CO0 #9,(!+t

    *"om t"!+)m())(o+ &(+#

    -

    -

    /4567.58

    5

    574

    <

    57

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    ...DISCUSSI

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    Di8erence inemissionfactor

    ress*re 9Diameter

    are notcalc*lated

    D(>#"#+tF,'(t(# Em())(o+)

     Tier "emission

    from pipelinelength : Tier &

    c

    hE8ect of

    lea/s frommeter

    2reg*latorstations

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     Tier & is!etter ;;

     Tier " or Tier & ;

     Tier & is an improvemof Tier "

    ossi!ility of higher efacililty of pipeline

    di8erent from typicaverages

    Consider the availa!ilit

     Tier " 5 Estimatiopreliminary design pha

    Tier & r

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    ...CONCLUSI

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    IN SHORT...

     The Tier " and Tier & methods 5 di8erent inp*t data and re

    Selecting the proper approach 5

    availa!ility and ?*ality of data , p*rpose of the estimation,consideration

    -dapt the same emission factors if facility of the gastransmission pipeline system is typical ind*stry averages asreg*lated !y the g*idelines

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    THANK 1o,@"# !&& AWES