Cơ sở thiết kế nhà máy hóa học

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    HNH NH THIT B

    Mn hc Thit k nh my

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    Khu vc thp chng ct du ti Nh my lcdu Dung Qut.

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    Ct chng ct trong phng th nghim

    http://en.wikipedia.org/wiki/Image:Fractional_distillation_lab_apparatus.pnghttp://en.wikipedia.org/wiki/Image:Colonne_distillazione.jpg
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    Mt h thng

    thp chng ct

    http://en.wikipedia.org/wiki/Image:Colonne_distillazione.jpghttp://en.wikipedia.org/wiki/Image:Colonne_distillazione.jpg
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    Thp chng ct

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    Mt nh my lc du gm tt c nhng n v ny

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    Cng trng xy dng nh my lc du Dung Qut

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    Lp t thp chng ct cc sn phm du nng (px Cracking). y l thit b siutrng siu trng hnh tr, nng trn 540 tn, L=68 m, 8,4 m. Thp chng ctcc sn phm du cng vi cm thit b l phn ng hp thnh t hp thit b chbin cc thnh phn gi tr thp thnh nhng sn phm c gi tr cao nh xng

    cc lai, diesel.

    http://www.sggp.org.vn/dataimages/original/images218782_a2b.jpg
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    * 1-11- 2007, thp tch

    Propan v Propylen (T2103)

    ca phn xng thu hiPropylen,

    cung cp nguyn liu chnhcho phn xngPolypropylen d kin s

    khi cng vo trung tunthng 11-2007.

    * Khi thit b ny nng hn400 tn, cao 81m y l thp

    cao nht trong tng s 7thit b siu trng, siutrng c lp dng tiphn khu cng ngh ca NMLc du Dung Qut.

    http://www.sggp.org.vn/dataimages/original/images218782_a2b.jpghttp://www.sggp.org.vn/dataimages/original/images218782_a2b.jpg
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    Bng chuyn clinker nh my xi mng Phc Sn _Hi phng

    http://www.sggp.org.vn/dataimages/original/images142250_b6d.jpghttp://www.sggp.org.vn/dataimages/original/images142250_b6d.jpg
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    Ton cnh nh my xi mng Phc Sn

    http://www.sggp.org.vn/dataimages/original/images142252_b6e.jpg
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    Cng ty Lilama 45.1 lp thit b truyn nhit

    Nh my Lc du Dung Qut

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    S nguyn l thit b ngng t ng chm

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    Thit b truyn nhit ng lng ng

    (DoublePipe Heat Exchanger)

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    Vn chuyn thit b truyn nhit ng chm

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    Thit b trao i nhit ng chm

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    Thit b trao i nhit

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    Tan cnh mt nh my

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    Ch to bn b cha kh ha lng

    http://www.sggp.org.vn/dataimages/original/images223108_2b.jpg
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    V-cone Flowmeter_KVCF

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    The V-cone is a differential pressure type flowmeter. Basic theoriesbehind differential pressure type flowmeters have existed for over acentury. The principle theories among these is Berniullis theoremfor the conservation of energy in a closed pipe. This states that for aconstant flow, the pressure in a pipe is inversely proportional to thesquare of the velocity in the pipe. Simply, the pressure decreases as

    the velocity increases. For instance, as the fluid spproaches the V-cone meter, it will have the pressure of P1. As the fluid velocityincreases at the constricted area of the V-cone, the pressure drop toP2, as show figure right.Both P1 and P2 are measured at the V-cone tapes using avariety of differential pressure transducers. The DP created by a V-cone will increase and decrease exponentially with the velocity. Asthe constriction takes up more of the pipe cross sectional area, moredifferential pressure will creased at the same flow rate. The ratioequals the flow area at the largest cross section of the cone(equivalent diameter) divided by the meters inside diameter.

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