f146c-ma-01 specification for coal transportation system

8/11/2019 f146c-Ma-01 Specification for Coal Transportation System

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INDEX NO: F146C-MA-01

MPPL 1x135MW POWER

PLANT RAJASTHAN INDIA

BASIC DESIGN OLUME 04

SPECIFICATION FOR

Lignite TRANSPORTATION SYSTEM

PROJECT: MPPL 1 x 135 MW POWER PLANT RAJASTHAN INDIA

!"#$%& MPPL 1135MW '()*+,

OWNER: MARUDHAR POWER PRI ATE LIMITED H!DERABAD I NDIA

!"-.#/ MARUDHAR ) 123 56

CONSULTANT: DEVELOPMENT CONSULTANTS PVT. LTD.,MUMBAI

78 DCPL +,9:3 56

CONTRACTOR: SEPCOIII ELECTRIC POWER CONSTRUCTION CORP., PRC

;?@+,56

PROJECT CONTROL No.: MPPL-X-DSEDC-BD-M-A R !. No.A


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DESI"N SICHUAN ELECTRIC POWER DESI"N # CONSULTIN" CO.,LTD

B ) >D9:3 56

G00H 0J

SICHUAN ELECTRIC POWER

DESIGN " CONSULTING CO#$LTD

DESIGN CERTIFICATE NO# %%00%&-'(

BASIC DESIGN

OLUME - 04SPECIFICATION FOR

Lignite TRANSPORTATION SYSTEM

Minutes of Design Co-ordination Meeting

held at SEDC, Chengdu during 01-03-2007to

03-03-2007

A 07.03.10

D)'*+, .,/ R) ,',/ D2.) C )* )

R) )2') 78 9 2.) ',; 2.


3/23

C/> , ) : C )* ) : A +/ ) : R) )2') :


4/23

CONTENTS

1 " $ %&' D ()%*+ *o$.............................................................. 1

1.1 M&*$ B&(*( O D (* $............................................................ 1

1./ M&*$ D (* $ P%*$)*+' ............................................................ /

1.3 I$ o%0& *o$ O$ So %) A$2 &'* 4 O L* $* ................... /

1. L* $* Co$( 0+ *o$ O Bo*' %.............................................

1.5 S)o+ O D (* $....................................................................

/ N& %&' Co$2* *o$( O T6 P'&$ A% &..................................

/.1 " o %&+6*) Lo)& *o$ O T6 P'&$ S* ...............................

/./ M o%o'o *)&' D& &............................................................... 5

3 L* $* U$'o&2*$ U$* A$2 L* $* S o%& 7&)*'* 4..........5

3.1 L* $* U$'o&2*$ U$* ........................................................... 5

3./ L* $* S o%& 8&%2.............................................................. 9

3.3 S)% $*$ A$2 C% (6*$ E *+0 $ .................................. 9

L* $* T%&$(+o% & *o$ S4( 0 A( W '' A( O+ %& *$ Mo2 . ;

.1 L* $* T%&$(+o% & *o$ S4( 0............................................. ;

./ Mo2 O Co$ %o'................................................................... 1


5/23

5 A x*'*&%4 7&)*'* 4.................................................................. 11

5.1 M& $ *) S +&%& o% S4( 0................................................ 11

5./ L* $* S 0+ S4( 0........................................................... 11

5.3 M %*$ S4( 0 7o% L* $* ............................................... 1/

5. Co$ * %& *o$ O P%o ) *! D !*) 7o% B ' Co$! 4o%. . .1/

5.5 M&*$ $&$) A$2 Ho*( *$ E *+0 $ (............................ 13

5.= Co00 $*) & *o$ S4( 0..................................................... 13

= A x*'*&%4 B *'2*$ I$ L* $* Co$! 4&$) Wo%>(6o+....... 13

9 L* $* D ( Co$ %o'............................................................ 1

? L*0 ( o$ S4( 0............................................................... 1=

?.1 So %) O L*0 ( o$ A$2 C6&%&) %*( *)(........................ 1=

?./ S)o+ O D (* $.................................................................. 19

?.3 L*0 ( o$ @'o)> ( o%& &$2 %&$(+o% & *o$ (4( 0....... 1?

?. L*0 ( o$ @'o)> )o$! 4&$) (4( 0................................ 1?

?.5 L*0 ( o$ )% (6*$ (4( 0............................................... 1;

?.= A x*'*&%4 *+0 $ ............................................................. /


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MPPL 1 13!M" P#"E$ PLA%& $A'AS&(A )%D)A Lignite &$A%SP#$&A&)#%

1 G) )+2 D)'*+, .,/

1.1 MKin K i O e ign

1.1.1 &he Design Su*+ontra+ting Contra+t entered and signed *et een SEPC#3 andSEDC

;@56Q 56 >D WX

1.1.2 &he rele ant Contra+t &e+hni+al A endi+es in the EPC Contra+t of this ro/e+t of SEPC#3 and MPPL

;?@+,563 Z[\ EPC ]WX^_ WXàbc

1.1.3 &he lant shall *e designed in a++ordan+e ith internationall re+ogni ed

re uire ents, statutor o*ligations and en iron ental +onditionss e+ified d &he design shall +ater for statutor and andator re uire entsa ro riate to the ro/e+t lo+ation and s e+ifi+ation su+h as the )ndian 4oiler $egulations d )ndian Ele+tri+it $ules, )ndian 5a+tor A+t 6 )ndian E losi e$ules et+ &he *oiler shall *e designed in a++ordan+e ith internationallre+ogni ed standards su+h as ASME and ill eet the )4$

f h 5j klm o pklqrs quv wvxymz{|c}r>Dq~m >D [\ wvms mud!"uvq!") uq!"+*wm!" u

h5j kld ASME !"u I R1.1. LT H G004 TeniK Ce e igning Lignite Kn ing

S te F i Fe P e P Knt PKt Lignite Kn ingS te

LT H G004 )* >Dàu, ?

1.1.! DL8& !197.2-200 &e+hni+al Code for Designing Lignite (andling S steof 5ossil 5uel Po er Plants Part 2:Dust Pre ention and Control.

LT H G G004 )* >Dàu, ? G

1.2 MKin e ign Pini e

Te Pet i CF Pe eneKtin Pet t en tte d Te Knne K e n ttin i GJMgeneKt et d JM geneKt et K e K Ki iKgeneKt et i e n tte in ti PK e

+,= CF )+,du=>u GJMd =

1


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JM

Lignite tKn tKtin te i e igne K e n GJMgeneKt et d Cii Ki it i t e n tte ne tie d T

et eient i e in tK e in ti K e d

GJM>Dd=>=d>

1.3 In Ktin On Se An K it O Lignite

1.3.1 Sour+e #f Lignite

Lignite te Pet i e ie K Lignite ie neK te e Knt d i e ng t n Lignite KLignite ie Kn G0 tn Lignite t MPPL PeP Knt

+,o )*b K d K MPPL)* G0 t

1.3.2 Anal sis #f Co osition #f Lignite

Lignite te te Pet n Lignite d AnK i itin Lignite i K te

SN e itin e ign Lignite t Lignite CKn K eeie

K i CK G G0 4

G gen K eeieK i K

G

J Ogen K eeieK i OK

G J

4 Nitgen K eeieK i NK

0 0

S K eeieK i SK

4 0 G4

e Kte ntent Mt

4G 4 G

H A ntent Keeie K i AK

GJ G

V Kti e K K ee K i VK

0 H

K i i K eK eeie K i CVCK g

G00 GG00

0 inKi it ine I 0 G0G e Ktin 00 00

2


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teeKte LigniteK T

J S tening teeKte Lignite K ST

G0 G0

4 Me ting teeKte Lignite K FT

J00 J00

1.3.3 $e uire ent 5or Lignite Si e

A Aing t te in Ktin ie te i e P Knt d iti eie tKt te K ie Lignite enteing te nKeeKt K nt e e tKn d i 0

Reie ie RKnge

e ignLignite

CK iKtinLignite

Leiit

Ue iit

0 J MK ie 0 4 J G G J J G 4 H0 H0 0 0 0 H

0 1. Lignite Cn tin O i e

Lignite n tin eK i e

4t e ign Lignite t t Lignite

Lignite n tin t i e

G0t e ign LigniteJGt t Lignite

MK Ki Lignite Knt enteing te Knt i K Kte Ke te K e

inhoursn;tili1atioda0ainhourson;tili1atin+onsu3 tio+oalAnnual

lanttheenteringa3ount+oaldail0Ma .

=

)n+o ing non-unifor it +oeffi+ient ado ts 1.2

Lignite trans ortation ehi+le ado ts 2!t and 0t ea+h in half du tru+<

1.! Se O e ign

Se e ign Lignite tKn tKtin te te Pet

3


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in e K ing q eK ing q n King Kn tKn ting teLignite t te entie e te e Lignitee in ing e ign n King q ting q tKn ting q ingq K ing Lignite

te entie Lignite tKn tKtin e te+, >D }*qDq + q qq +

>D

2 N2.


10/23


Ite CKKtei ti KtK eKte

Pei ene

in teeKte G

3 L* $* U /2 , ; U ,. A L* $* S./+2;) F2*, ,.8

3.1 Lignite Un King Unit

Te e igK ei e tKn tKtin i Kte Lignite te Pet Vei e tKn tKtin i netKen te ining KeK Gt Kn 40t t i Kte in LignitetKn tKtin N t n King Kine i KKnge n teLignite ie Lignite tKn te te t i e iet

n Ke in te Lignite n King it t n te Ligniteie e Knt

+, o5 d d o G m40 d > d )*

AnnK Lignite e ti et i H0 4tK en tenK Kne e iient Lignite i K Kte K e G Ki Ki Lignite e J40t Kn Gt Kn 40t Kiee K Ki K Kte e t Ki Ki t ne Kiing in Knt i 4 T Lignite n King t e eKte K e t

i t Ki n King tie i G n King e iien iJ i e Ki e etie Lignite n King tie i 0KeKge t enteing ne e i G

+, H04tKd GD d J40t d Gt m 40t ! Dd }*" JH " # rd $ % Gd &' Jd ( $ 3 & % 0d ) * } + 4 "

iee Lignite n King t King Ktin Ke et t tK e ti K e Lignite n King e eK t i 04tK Kn i G King eteen n i e etie n King t engt i 4 t i e eK ing eKte e i et Ke te Lignite n Kingit t i e Lignite i J00J00 It i

tit ien Kge K e Kine K Lignite e Ke K e K Lignite tKn tKtin ei e ett e te Lignite gi

+ , > , - d - 0 4tKd ./ G d 0/ d3 & 1 " 4d o 2

!


11/23


> , 34 56 J00J00 d 789 q 5: ;? d @AB + HHtd C >3 > Dd GEFG G00 00td D DH= 000 d DI V d J 400t

3.2 Lignite StKge YK

Lignite tKge K i Kte in nt e Knt LigniteK ti et i en Ki ne tKing eigt i H

engt JG it H0 Lignite tKge G G0 4 tK Kti ingH K Lignite n tin JM nit ne MCRing nitin Te K i Knne t e ee K e H 4K Lignite n tin GJM nit Lignite ie i Lignite tKn te Lignite ie itt Lignite e Knige te et Kne Nte Lignite K it te Peti n Lignite LK KeKge teeKte Kn eK iJG K MK teeKte i 4H K AeKge KnnK eiitKtin

i J04 H Une iKti nitin n Lignite iiK e t e ignite N te One K n ie tKt n

Lignite e i e et iK K t King t te teniKei iKtin it i ti gge te t et Lignite e

- * LM d +, N$ d OP H 1 JG dH H0d G G04tKd JM MCR+ QC H $

R d GJM R H 4$ u ST 9 d > U 4 VW X +, Y d Z [ ) \

JG d P \ 4H d ) ]3 J04 H ^ _

|c C d B` a d b U 4 d hi `au,dj = k > ,U 4

G et Lignite e TYPE t e entine Kn etKeTYPE t e entine t e et Lignite K K

Lignite ting Kn eting eient

> GE9 lm vm E lm v ; nm >

3.3 Seening An C ing Eient

Ci Kting i e i e i Kte i e te

=


12/23


Pet i K KKtie ig eieent ie Lignite enteing te i e An n i ing te i et inte Kin geneKt K FinK t eening Kn ing te i iet ente te nKe eKt T

eieent ie Lignite i gKKntee eening Kn ing te In e t Kti te eieent tKt KSie Lignite Kti e enteing te nKe eKt i etKn te e t ee ing Kn eening i eKte in te eening Kn ing te nKe i t eeK e eening o en ee K e ing o en ee

ine eening o en ee ing

SenK een K te enK e Kn e ing te int eie Te enK e i gKKntee te tt

ignite ie Kn e tgt te i e+,o i z pqr d st a u "s vP d wc * xy> z d { |}~( } t d s u "s

{ } t a u u "s d{ o { d ( { o o{ o

> ,i z o y Ju " | C

In ie te eieent eKn in in PK e II tt eening Kn ing te i e igne K e 00t

= s d { J 00t>D

RKte tt i t ee K e eening Lignite eeningKine i 00t Sie een ne i J0 Ring KeLignite e i Kte in i t ee ing RKte tti 00t Sie ining KteiK J00 K ie i Kge J0 K T G N PiK Ring Ke te e Keie

{{ v J 00td {C~u " J0 oz v J 00t d tu " J00 Ju " J0 > ,

E z

In e t ee te enenn e ing ineeening eKKting eient i et eteen te i t ee

ing Kn en ee ing Fine eening LigniteKine i Kte eening eient Te tt i00t Sie e te een i e tKn

b d Q % > {{ >d {

7


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>o {{ d J 00td {Cu " *

Ree i e Ke e i Kte in en ee ingRKte tt i 00t Sie ining KteiK i J0 K ie i Kge i e tKn T G N SenK Kete e Ke ie

o} d v J 00td tu " J0 d Ju " * > , E

Lignite T+2 ' /+.2.,/ S8'.)> A' W) A' O )+2., ; M/ )

.1 Lignite TKn tKtin S te

T ie te e t ne i Kte te e t ne

te in ti K e e t ne e t it = 000 e t

e it V KKit 400t t e Kte en t

e i N G00 tKge i V 00 V ee eKt i

ite ne K en t e i N 4 etKng K K i

e K e eie Te e t K e t ne Ke

ie etKKnt te e t te nee Lignite tKn tKtin

te i e igne K e e K Cii Ki it i t en tte ne T et e t te nee i e in tK e

in ti K e F Ke etKKnt tKe i Kte Lignite i e

e ie teinK Kin geneKt K in te Pet

e t te ne te e in te Kin geneKt K

En e gK eie t e ie ne it e

enti Ktin Kn i inKtin A ne Kn tKn e te

K e ttK en e it entK Ke K K

KintenKne K K Kt eK ie ne AeKte Ke

t e ie eKning K ne

+, D o T v D do DH =000 d DI V d J 400t D d) 'N G00 d) V00Vd I o} I d) 'N 4 d W d3 D D o a D +, D > , d=>=d D

9


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> +, c * x v d D c *xy }r D V > , Z mf > , 3

q q V q D >3W r m

Ki eKtin ei e t te nee te tePet i nte K 4 0 King t te e ignLignite T i t te eKtin i K ie H G e i t

+, D r % >D D 4 0 * d r# rd # r H G*

.2 Me O Cnt

Cnt e nt e te Kt gK nt TegK nt i e tK i e itin Lignite Kn ingeen ie i ing Cnt et Ke ie eLignite eee ne tK e t K Lignite Kn ingeient Lignite ne Kin e e LK eKtinK i et eK eient inte e ign i Keeteen eient PgKK e gi nt e PLC iKte gK nt te Lignite Kn ing teKn in tiK te ei in i eie K Ki iK niting

te te KeK in tiK te ei in i et in te ente Lignite ne K tKn e te Lignite e ne

te t e i K i et in ie Lignite Kn ing nt Te eK te e i eie i e e Kt NO tKn e te inte eKtin Mtie T ie i et Kt te eK

N 4 e t ne t eK ie inte e etK i t ie KiK e ge Kng e g te tie iKte N e t ne Kt Lignite ne t Lignite K Lignite ne

o, , > Wy s CFG c * x % 3 > >

> , 3 ; d> % |c>D , o , PLCd , + < ) ; d+< ) > , % q q q V ^ d y> , 3 l o , }r rd 4 lD

o ) @b rd lD o) >

! A


15/23


i t ee e ining eKKt i et in te eK e tte nee Kn e e Kn ein te en ee Lignite e in Lignite tKn tKtin te MKgneti eKKt Kne t ne Ke ne t ne e ning e i e eK

Kgneti eKKt e n t ne e t ne et Kgneti eKKt i e et MetK etet t e ieKt te ent K ignite ne K

D q >d>3@ lD q q > , Q D s d ( Es | D d> , E } D >

!.2 Lignite S S te

!.2.1 Meteing S te F Lignite Aiing At P KntOne t eiging K Kne 0 MT KKit i e e tK i eKt K Kge Lignite t enteing int te Knt KeK eent Lignite CK iKtin t eiging K Kne

K e Ke it n eigt

t * ,st * }r m ,> , 1 Et * ,Q ? =0 @ s d~ }*

!.2.2 Meteing S te F Lignite Enteing Int FnKe

E etni e t eige i et in Lignite tKn tKtin teCKin e ei iKtin i Kte eteing Ligniteenteing te nKe

^>3) :D do do t D

!.3 Meteing S te F Lignite

!.3.1 Metering S ste 5or Lignite Arri ing At Plant t * D

One t eiging K Kne 0 MT KKit i e e tK i e

Kt K Kge Lignite t enteing int te Knt KeK eent Lignite CK iKtin t eiging K Kne

K e Ke it n eigt

}* > , E 0 ;t * D D }r

!.3.2 Metering S ste 5or Lignite Entering )nto 4un


16/23


et t nKi Kin i Kt K iKtin eie i ettgete it e etn e t K e t e e etn e t K e

D o) :D d) :D, c * x 4 lD d > , GE ) :D dQ) :D >3 GE , d ) :D

!. Cn igKtin O Ptetie eie F e t Cne

In e t en e te nK eKtin Lignite Kn ing

te e e tKing it tKing

eentin Kie e Kient t K ing it

e it nit Lignite etet teKing nit i

etet Kn iKt eie K e et in e t ne te ig ee gKge Kn tK ni ee eK eent en

K e et n K Lignite ne Eegen eting te t

e ie RK ignite ne SteK Kneting t e

ie RK Lignite ne Fie Figting e

rd D ^>3 q q> # q I " q q q m , d >3 P- Dm ~- e

>3

!.! MKintenKne An i ting Eient

In etin i ting Ki it i et in negn gK e

tKn e tKtin Lignite ne in Kin geneKt K Kn

Lignite e Ke i i e in tK Ktin Kn

in etin iing Knt e et O Lignite e Kn

e t te nee A te tKn e te e e et

t e ie it KintenKne Kn i ting eient

C q q c * x % q >3 >do q D , m ~m 3 q = ~ >3 >

!.= CnitKtin S te

One eiK i Kting K te tKtin Lignite Kn ing iet in ie te Lignite Kn ing nt Aini tKtie

11


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ne Ke et in ie Kn Ki iK Ki itie One et in tiK niting te ei in i et Lignite Kn ing

te

y >3 o"] E 5 qb> y >3r ) >3+


18/23


Lignite tKge K K t eent ting en Kte ntentn Ke Lignite tK i KKtie

+, > , -./ d s 0 O }r -/12 d 3 O 45/ 6

G Kte King eie i et Kt t et gKteing i eK e t te nee K t Ki ing t

| D 7 J >3 -/ , d 3 z 89

J Une te nitin K e te tte e Ki i et Kt eK Lignite n King t K t ee te

iKt Lignite t te e t Kn ei in Lignite t

:; ? > @A d @sD A m

894 Venti Kting Kn e ting Ki it i et Kt eK Lignite

n King t Lignite tKn tKtin te negn

gK e Lignite neKne Lignite ne Kin geneKt

K

> ? q C qc * x % >3 >

K i eKing i Kte Lignite tKn tKtin teKte ing Ki it i et in eK Kin i ing LignitetKn tKtin te Kn Lignite ne Kin geneKt K

o / AB d c s= ~ c * x % > ,/ A C >

In e t eent te Kte eKing Kn ing in te

Lignite ne intK e i t e Ke in te

tte Lignite ne it gKient KinKge e

tKn TeK ting i t e Ke n te gn Ti e i

t e KttKe n te K F Kin Kn n ie i e

et eKKte Kte i e nnete t in et e e

ete eKKte

3 % /D p d % 5: ; ; E F d G/F " d 5 ; /HI5 d J5KLM d N >/ '> , d /' OP /Q

13


19/23


20/23


J0 0t e ign Lignite 0t t Lignite

Nte

Ining nn ni it e iient i nte K e G K

G CKing KKit t i nte K e Gt q 40teK in K

Nte

Ining nn ni it e iient i nte K e G K

G CKing KKit t i nte K e Gt q 40teK in K

9.2 Se O e ign

Ti Kt in e n King tKn tKtin tKge te ie tne K e K Ki iK eient e iningeKKt Kne et

IÌ qq 0 n q >

Se e ign te te i tKge K ie tne t t et inteeiKte ne ie tne e

>D d IÌ@ IÌ z ^ %J 3

Pini e te e etin Kin eient in te teie tne te i e igne K e G eJM geneKt et

TtK G i Kge e G e t te nee G e te e G een ne in eK ing e t te nee Get i te 4 e eti iKting eee G ee i e Ke

ie tne e Kn G ie tne e neeK KKit i0 JKe et

c s> f IÌ@ GeJM >Dd > , G d GED d GE d GE g D d G

E hi d 4 E ) j d GE IÌ d G IÌ zB k 0 J

9.3 Lie tne tKge Kn tKn tKtin te

Lie tne te Pet i tKn te it Gt Kn 40t t N n King Kine i et in te ie tne tKgeK Lie tne i e iet tKn te Kn n Ken ie tne tKge K negn i Kge e

ien in negn i Kge e i 000000 Kn teegi G00G00 i et Ke i K t eent enteing

Kge ie ie tne Lie tne e i et n te

1!


21/23


ie tne tKge K te KKit i i e igne K eLignite n tin JM geneKt et Te KeK ie ee K e te Knning GJM geneKt et

+, IÌ o Gt m 40t d IÌ > d IÌ@ IÌ lm C d

C * 000000 > , G00G00n op 3 u qIÌ@ } t IÌ >3 IÌ 4 d B JM R>Dd GJMu ST

One et Lie tne tKn te Kn ne et ee teKe i i eent e Kiing Kn tKing eKtin Te

Lie tne ie tK i ig J ng Kn JJ ie iKn te ie tne 000 tn Kn Kti te ie tnen tin JG K ne te ing nitin MCR JM geneKt et in ti PK e

E9 q EG }r O m ;< d OP 1J d H JJ d n IÌ 0 r d JM MCR+ QC JG$ IÌ R

9. Lie tne neKne te

9. .1 E eti iKting eee i Kte in te et neKne ie tne ie tne e t e tte ne it tt 0t Lie tne inee t i t ee e iK q Gs e t tenee Sei iKtin te e t te nee i 0V0 0 Kte neKne KKit 0t

+, IÌ@ D o) j d J0t s qGs D IÌ@ d Du o 0V0 0 v 0t

9. .2 A te i t ee ing ie tne gKin i e nee ten ee e tg eK ing e t te nee e

i te Kn e eti iKting eee Sei iKtin itneKne eient eK ing e t te nee i 00V0 0J 0 J KiK e een ee nt 00tentK i tKne ee Kn i Kge t L 0 K Kteneing KKit et i te 0t K i ting eigt

d t D q hi q) j IÌ u > D u o

00 d V0 0J 0 J g I d 0 0td} J ^ u /

L 0 hi v 0td hi P "

1=


22/23


9. .3 Ki eKtin ei e t te nee te tePet i nte K G King t te e ign

ignite T i t te eKtin i K ie J 0 e i t

+, D r % >D D G* d r# rd # r J 0*

9. . Cnt e nt e te Kt gK ntVKi tetin eie e t te nee Ke et inte ie tne te Lignite gging en e ignK KniKting eie Ke et in te Kging nit ig Kn Lignite ee etetin eient i et in te inteeiKtene

o, IÌ ^>3 D v , d > >3 w l m , ^ % >3

P q 6 - ,

9.! Lie tne ing te

T ee ing e i Kte in ie tne te tePet R e te e i Kte in i t ee ingRKte tt i 0t Sie ining KteiK G00 K ie i Kge 0 Ree i e Ke e i Kte in

en ee ing RKte tt i 0t Sie iningKteiK 0 K ie i Kge G e0 TPineenent teK Ke ie

+, IÌ o o d v J 0td tu " G00 d Ju " 0 o

IÌ d v J 0td} u " 0 d Ju " Ge0t _ x '(

9.= Ai iK eient

Sie ining ie tne G00 In e t Ki ggingtee gi i et K e te i Kge e t eentie tne in gKin ie Kge tKn G00 enteing

IÌ u " G00 d 3 y >3 n op 3 G00 u q IÌ } t

e ining eKKt T N i et in eK teK in te eKKn tKi e t te nee K t eent ie in enteing te te Kn KKging te eient

eig K e K e ie ie tne ne

K ing nit z Lie tne K ie i t e ie

17


23/23


Venti Ktin te K e ie te Lie tne n Kingtnne KeK

D q { > d 3|} @} t ~ >

IÌ D > , ) :D

> , IÌ t ,

IÌ > , ,

Ce ning eKinKtin eKiing Kn i ting eie Ke etin te negn i Kge e i t Kn en ee ing et King t te nee i ting KKitKn eigt

C mq m i P " s> ,_ ,

Kte ing i Kte eKing gn n i et in te negn i Kge e Kn i t Kn en

ee ing

5AB o / A C d C mq >3 GST

19

f146c-ma-01 specification for coal transportation system

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