1999 nendo green helmet jigyo (C - OSTI.GOV

220
04 -¥-J3c1 NEDO-IC-99D03 (4>BI ¥l$12*3fl #r$SS NEDOBIS E99008 Sit 56 NEK> US fl 010016748-5

Transcript of 1999 nendo green helmet jigyo (C - OSTI.GOV

04-¥-J3c1NEDO-IC-99D03

(4>BI

¥l$12*3fl

#r$SSNEDOBIS

E99008Sit 56

NEK> US

fl

010016748-5

ryj —y WSI • HfSfUjftlS) Clifsffiftj

¥J$1 2#3flEsliq

i®S3*tt. • SSTSfc*.E#HC*5tt'E>Sx^;i/4;-SE©W8»ttllET©;ET^#ll(0$ieiB*Sig$x,

ck 0. ■5-n6ft«©#ROfcJ6C}t!» • @%»$frdt>©T*£.

C0GH$#TH, tHaJH*©*®fflaiCT, %9LX:#iK4-#m, SSME, S6Efl8;R£/a&

##I=*L. SE®«©S:BBJEtt©l94^#gS&fT5 £#!;:. K^LT#x*K#©l%±&EI^.

UZlfZ IP±

m?#«%#l>KCiT3SB*>0iEe»$l QB$WB0*B-V<5$.g.<* Batova® £4B 1 Q?<i?;d?(i«+'}lIi0»»cl«:

* 'wwee:)Mw»^2i33±

STsc^wwm# '»war¥w:)S*x iwim '$#*4

°3(AZ3Y^%:IYIa^g'?^#$09^a4 CC^^WRTDjlffl^VX

B0-*1|'*T •Yn®5Y-,5-H$X|>*K0E(ii-*/lf*T§-4:i£f;iBTl‘SK®#lf

&±¥ • Y<:-Y5-u?8ifcii3!i(W0#MH*'ir*TG)f^ 'f#*4 ^Kirv<-r,^

*¥(0**M * K1fv<- ?s*s*T (OQHN) mm%M&WM$fWW ■ -*/li'*Tjg

1. ®» ........................................................................................................................................... 4

2. S«£S8®»«B ................................................................................................................5

s. s

S3S 9

1. tSiBSmSS ........................................................................................................................92. .a

S4S 13

1. MiRSofHS...........................................................................................................................132. ................................................................................................................................................... 18

S5S W3btt£iSHttro#fi...................................................................................................201. sextos.................................................................................................212. ssistltas ........................................................................................................ 222 . 1 ....................................................................................................................................................................................... 222 . 2 23

2. 3«Rg?»........................................................................................................................... 24

S6* x*;i^-a*7>x 25

25

$8* $iB^-7-#NR[HlJKi§:6S®8S:e*tt...........................................................................44

1. mmm#................................................................................................................................. 44

2. **s».......................................................................................................................... 473. .49

S9* 51

1. SJjfcSiS................................................................................................................................. 51

2. .56

3. n&m&i.......................................................................................................................... 594. iBSM#................................................................................................................................. 64

si 0* 72

1. ***«................................................................................................................................. 72

2. cfBSiKTrotkH............................................................................................................73

si 1$ m»u-• mftfm...................................... 781. 0 4>»a.......................................................................................................................... 78

2. 4i8®StiS ............................................................................................................................. 91

si 2$ f-9...................................................................921. sssn«....................................................................................................................... •••••93

2. **s«..........................................................................................................................97

3. SSStt.................................................................................................................................99

S 1 3 **iB^-7-SM»®«RffiR*ro!&gtt£iii®gS.............................................. 103

S 1 4tii#........................................................................................................................ 104

####........................................................................................................................................105

1. rnsn-pi* ........................................................................................................................... 106

2. tosses..........................................................................................................................112

3. .125

4. tl&g ...................................................................................................................................137

5. A#*?of## (SSSHiS;. SSSHtt)

»&tt. VU->xx KT^XciSNEDO (Srx*;i=P- • a*t$«£g£-|Jg

%##) ©#X*tf LT. fB©*R**0tttC 1995 1997 f

*K**-m, ^©«fcfflWfcR«£«f»£'&TV'-5A‘!, C©R# •&*©#& SrSti-•$.'<<, 1998 ^SC5ISii«S, 1999 y h#StCj:D

4=E©«tt6a3ti:, mm**. *#**. m***t:j3ta&Rm«T#ea©**&troit.

;ms©#a«. 1999 ¥7flicjt«mT*ssn^NEDo. 0

s>mx*)\,3r-mm£ cts»r{b icsk Mi'**** ^ tt £ c t t>* 0, *SE*f*£UTaKLfc.

1999 $ 11 fl ©gl-EI9E16*$"m, 3EV#©X 8£l!ffl LBAetfeET-5 i:

#C. «g«*£LT, 2000 ¥1 fl©$r@*ecr-®Seaite1b'6©fc#iEM

msff-ofc. 2000 i£28%fr6 3 tiXtUC WT, 4>BIR)iMW£±E3**

©R*#&B*cmmLT. a»fe«^4>*lcts«3?at£**b. *RC|6HtT©

3a©*Tia. mm**. #*w*^, b*sskrs • ftECiSuH-b^-t

t*c. «m&® omz-mmme>ntc> ztc. s***THKc-fB$c©aK

»#©*Aiftwatit/oTnfc. 40©**mwie*Ttt. a$s^«t)#©fcs*« sttcMvria, *fc**att©^n?+»Tiift<. <%«<!: «i>!E©2aconTtts*-r5ffi*)j*+»*5tsm*<*$nfc.

c©mi:ow-c&m*. em#© aa.x5. -*, fmaRaia.

^a0«*StbTtt. TJfeTHStf. «10iRtt|g. #A.

■fut)«<*<. jEiceA@«$-e©s«titaEL<. am©!>#mmcPRe,ai

Tl>5.

urntUTt). #exST©^-x-$B0iRia. E*xa®w*7a*x^;i

f-R#©-3?&0. SP»>0JRtJ:OaK^ft5«ilS©®»S.««!«SSftafX

©SI*lcoA»i5t)©T*5.. C©8#©4#©#&I:#LT. c©** -

-#£%&C£&gtl£#lc. §!#*#!?© LTVKBfSl?**.

-1 -

Abstract

Sumitomo Metals has completed Sinter Cooler Waste Heat Recovery system as the NEDO (New Energy and Industrial Technology Development Organization)^ Energy Conservation Model Project, that is one of the Green Aid Plan, at Taiyuan Iron and Steel Company in Peoples Republic of China, and gotten a satisfactory results.

After started up, Taiyuan Iron and Steel Company has successfully operated this system smoothly. But in order to propagate this equipment and technology in China, NEDO’s Green Helmet Project is also applied to three Steel Industries through Sumitomo Metals to perform Feasibility Study to install this technology in the year of 1999 as continued from 1998. Those companies are Chongqing Iron & Steel, Laiwu Iron & Steel and Juquan Iron & Steel.

Those three companies are declared their interest in this equipment and technology at the Energry Conservation Seminar, which was held by Chinese Growth Planning Committee, Ministry of Chinese Metal Industry, NEDO and Japan Steel Industries Association at Beijing suburbs in July 1999, so they were selected as for Survey object.

First survey was carried out in November 1999, and explanation of purpose, schedule and request for cooperation were asked and preliminary survey was accomplished. The second survey was performed in January, 2000 including site measurement, and from the end of February to early March, Chinese engineers were invited to Japan to deepen their understanding to Energy Conservation Technology especially in this technology.

Chongqing and Juquan Iron & Steel Companies have shown keen interest in this aforesaid technology and paid much attention to treat us, so deep investigation was carried out to those two companies such as site condition measurement. On the other hand, Laiwu Iron & Steel has already planned to install Chinese design Heat Recovery System, so they don’t have much interest in our approach, however, we kept contact with them to communicate Chinese design and reputation.

As for the investigation results in return of investment including equipment and construction cost, this is still high in cost for quick propagation on this system, however, more investigation is recommended to these two companies. Major

-2-

problem is in finance and investment amount of money, so it is also requested to study more to apply Japanese Governmental Loan, and etc. On the other hands, Chinese design is simple structure and competitive price, so they have propagated quickly and widely in China, but they have also another problem such as limited only generating steam, small capacity of steam production, short service life, and need more maintenance.

Anyway, Cooler Waste Heat Recovery in Sinter Process is one of the big Energy Conservation Technologies. And furthermore with this Waste Heat Recovery, a lot of natural resource is saved and as a result Green House Gas is also reduced, we believe this survey result might lead to next step, and we will continue to make efforts to proceed.

-3-

*2* »S«$i. mm1. 1 NEDO

tfH • llJBStotisIMttICttUT. 1995*FgJ;9 1997^SICAHtTSttLT, 9r$

1. 2 1998^«Ctt, *g**T”©7^D-7'y^t«IC,

«ty»7 hT©EBWiit$©lB$<t:UT, *R**. LTh»B£M6U ^rom*x4Ul/*-BWrt>S6?>fc8E%9it£S

ifiUfc.

1. 3 1999 ¥7 AC, Ctl6®^U -> Alt/^.y

tab®, B>t>#x^-b;5^—A^taSlljl-lcTSeiSSti. $<

■e®*8ffi4=lcH*©#S«Sttt$*x7Berd$:Et')-Tl s- aroWx4q$«£»Bro«mStttiZ8L.£»t. to#S»-7-#^@«ISS • &«fc

t>S5HB8***afa6nfc.

1. 4 NEDOW, C®tsa-©a#^setf ;|/$#©#&&gl'5^<. 1999¥*ib5ISKSyu->A;i/^.7

43B«&*®M*SS:##i:LT, #iK9-7-##|5|iRmeiC01\TH. SSMtt.

**sh«. mmm&. mm#a. »aa, m*®3a$r*

-4-

2. iMtasawstsa»K«©K@5Jmt©W*T*0.

2. l SM8lB©tt«tttt»jF8Ate5©^*fflST8£^£»«Rtf«M6<!:b-c#ffi'fs8

ux. @m#M:e5RB&^©m#Si'^toTM. Ctl$:-B.#S@si)Ti$tti:LT- iS<FICSAt"5>t>©T&0, S#F®titi0cl±'^Si|6ttt©5fc*l*AS<W4-t"5>1b©T$>-$>„

2. 2 ft8X«0?f'Jr^'7P—»«5. 5R5K^3-^XS®-tfTa'6>«ESH». f ©#, &

g-ree* • x»u->lt, ftiiibTiSjfpics-s^, c©m. «)*i:sLt«ns

attest±oss¥©j;^ft!»*<a*n«©«**. f© ,$«#<^Msn-sfciiT. @iKShTv>&v>„ B*Tta. 86*6<E«snr

stiexetov^uy* • 7D-sH2-2-ic^t.

2. 3X©->AxAtt. #%#. »-9-l:T%a#©&BA^%A-f%m#S'lgA6

ftfc^fXMSlT, ^X7-ICT*i3Zl@Lr, Sa7)$tiSA<bUT@iKf5t> ©7?$-5. AESittroyD-yxi? hTti, 15T/H ©lf§UHl®®0ofc.

Cffl->XTA©lKi:$'B12-2-2

-5 -

ttEim

KxX

^A

I

X

CM

ICM

CM

M

v

-7-

3.2@roaitts9S<i: 10CDB*fflKT#B8SnT^-$>.

3. 1 SI 1 @$16819$(1) SIIKI : 1 9 9 9#1 lfl7H~l lfl 1 80

(2) isF-to:mmmm. mmm», ssmtt

(3) 8619* : ffi&feJS ; /hit @. 0# ft. ; UUrt -BS.

ftSfiiil; « i*S. * ¥J* (am)

(4) 86I9BM: G H»H©E9fl j:E* to A T)W®#Ry:*elE*

3. 2 S5 2@$168tt(1) Jtm : 2 0 0 OiFl fl 9 B~1 fl 2 8 B

(2) 161956 : SSSHtt. $?$99«*, fiAiHtt(3) 1619* : ; /J')t «. S# ft. tt£S*« ; m -BS. 65 %$.

; m be, A ¥« (am)

(4) 86f9i69 : StiMiti (fit. **. «S©2SStt(i, »*, EA^toSISlCJ:5@«

3. 3 B*«BS

(1) MFifl : 2 0 0 0^2fl 2 7 B~3fl 7 B(2) *B* : SS%SU-HS*6, HKfe&ISm, **#!«.

ftS«@J=fcOftl O*(3) 161956 : NEDO, tt£&JS • ft®aJUKW9r&Bg«. ;W3«;7B4, #W«*. i*

maa*(4) tSffliW : #%9-7-#mis]RE«&B.b6LA$x%;t/4:-m* - ##©B*T

©ffiffl«s©x6Ki.

-8-

■ 6'

(MS* 6661 ggt-Matol* : WAR)

9 A 681‘98 mm/66

A 9 fOV9 8*A 859‘6A 86

9 A 6A0‘9 8*8 2AA‘*A A6

VS 9A5‘9 9*6 S88‘A9 96

8 6 fr98> 5*01 8A*‘89 96

Vll 826‘8 921 65A‘9* *6

2*21 626‘Z 5*81 *89‘*8 86

8*21 LSZ‘Z 2*1 88992 26

L'L 6A8‘I 2*6 8I9‘T2 16

8*2 fr89‘l 8*8 8*9‘8I 06

9*2 2I9‘I I* 606‘9T 68

56 S98‘l 8*11 826‘*I 88

96 *01‘I 9*11 896‘TI A8

69 956 8*8 2020% 98

6*11 898 5*81 *96‘8 58

8*81 969 2*91 IAT‘A *8

9 6 289 6*01 986‘9 88

L'L 929 1*6 962‘9 28

6*8 68* 29 298‘* 18

9 9 09* 8*A 8I9‘* 08

1*9 AI* 9 A 8S0‘* 6A

2*01 6A8 ATI *29‘8 8A6T

(%)(9^)

dQO G-V£YI

<%)

q?*W?W(%W)

*

&Ma>W$WWB T - I '1-8

ic-??c#0a ii 'idaoci^sv- -g zz ws3*SH 'tsg©2 'cmam

5V33^MWS '%!$W* 06,9^*#%* OL. -:i c B*

i ■ t

#Wto^S!H* -t

*S»

i. 21978#A'S 1998 .

^©20 #*-e. fell 3. 5ft7t*7»t, StoSlil 1®. *##114. 5 feWtftz*

3-1. 2-1 »#» (m* : 4-SEH-MB)

Maa^J ¥{5 1978 1980 1985 1990 1995 199828.5 45.0 94.8 165.4 341.2 510

75 h> 238.2 292.6 353.5 462.6 542.2 542439 535 911 1,372 2,812 2,126

e# 227 257 451 582 559 826mm 75V; 1,953 1,728 1,479 2,023 2,978 2,243

32.4 39.3 100.5 151.4 299.8 280.3ses 854 1,302 3,228 3,142 4,472 2,313StritS 0.04 24.5 887.2 662.7 948.4 1,207.3#a»** 2.8 4.9 144.8 463.1 918.5 1,060*7'fk' T^if 0.4 4.9 144.8 463 918 1,0604-AI73) 75" 0.02 1.3 12.4 24.1 683 1,157

#h> 6.2 6.2 8.7 10.8 13.6 12.5Stt 75"b> 10,405 10,595 12,490 13,831 15,005 16,100

Sm3 137.3 142.7 129.3 153 179.5 223SkWh 2,566 3,066 4,107 6,212 19,070 11,670^ kWh 466 582 924 1,267 1,906 2,08075V; 3,479 3,802 4,384 6,238 10,529 11,863

asH m> 3,178 3,712 4,679 6,635 9,536 11,559*# m> 2,208 2,716 3,693 5,153 8,980 10,5183-^X 75V; 4,946 4,343 4,802 7,328 13,510 12,806*# 75" m3 5,162 5,359 6,323 5,571 6,767 5,680•feX > h 75V; 6,524 7,986 14,595 20,971 47,561 53,600mis^x nm 1,784 2,466 4,942 8,067 15,732 17,194a#ra 75V; 869 1,232 1,322 1,880 2,548 3,0106$j$ 75£t 14.9 22.2 43.7 51.4 145.3 163#8S5e#« 15\*m 2,092 4,2207T^y;'J 75izy h 136 129

7%/h 2.4 21.8 117.973 22»yh 1,213 2,215

3>b° i-*- 1-7 h 1,416 4,237A°73>- 7:1:71' 8.2 83.6 291.4

- 10-

2.1980 1996^ICiWT, 2ig;6>e> 3<Sii®LTH5.

2. i •#**m3-2. i-i GKtm- me## (se: tsm

1980 1985 1990 1994 1995 1996{ty&nj mm 62,610 82,777 102,221 123,193 133,462 137,212

62,015 87,228 107,988 123,990 136,073 139,670

mxm 199 231 200 121 164 322

632 777 1,729 2,419 2,862 3,648

1,019 -3,906 -4,239 1,501 87 869

mnm 61,010 81,603 105,523 128,532 137,677 144,734

(ttlA : 4>HRti*P*)

2. 2 ei6^e• «s*to3-2. 2-1 Bite* • #### (W4 : m'j)

1980 1985 1990 1994 1995 1996

8,795 9,194 11,435 14,879 16,043 17,656

10,595 12,490 13,831 14,608 14,975 15,733

MAS 83 90 756 2,903 3,673 4,537

Htti»(-) 1,806 3,630 3,110 2,380 2,454 2,696

-77 245 -41 -252 -151 82

mmm 8,757 9,169 11,486 14,956 16,065 17,436

(til* :

2. 3 ;te 13 — 2. 3 — 1 (% : # kWh)

1980 1985 1990 1994 1995 1996

3,006 4,118 6,230 9,260 10,023 10,764

£jmm 3,006 4,107 6,212 9,281 10,077 10,800

582 924 1,267 1,822 1,906 1,880

2,424 3,183 4,945 7,459 8,043 8,777128 143

HA* 11 19 19 6 1

Htti*(-) 0.4 0.9 39 60 37

mmm 3,006 4,118 6,230 9,260 10,023 10,764(m* : *@Etf-¥E)

- 11 -

2. 4

c©2o^ilTii2. 2<6©ietinT-&-$>. 5®, Sift, %3S#X,

x.THSri'i,

3-2. 4-1¥ im -mmm liWtfc Sift Jtsf 7kti% m

(mymmm (%) (%) (%) #$(%)

1982 62,067 104.4 73.7 18.9 2.5 4.9

83 66,040 106.4 74.2 18.1 2.4 5.3

84 70,904 107.4 75.3 17.4 2.4 4.9

85 76,682 108.2 75.8 17.1 2.2 4.9

86 80,850 105.4 75.8 17.2 2.3 4.7

87 86,632 107.2 76.2 17.0 2.1 4.7

88 92,997 107.4 76.2 17.0 2.1 4.7

89 96,934 104.2 76.0 17.1 2.0 4.9

90 98,703 101.8 76.2 16.6 2.1 5.1

91 103,783 105.2 76.1 17.1 2.0 4.8

92 109,170 105.2 75.7 17.5 1.9 4.9

93 115,993 106.3 74.6 18.2 2.0 5.2

94 122,737 105.8 75.0 17.4 1.9 5.7

95 131,176 106.9 74.6 17.5 1.8 6.1

96 138,948 105.9 74.6 18.0 1.8 5.5

97 138,173 99.4 71.5 20.4 1.7 6.2

98 136,000 98.4 71.6 19.8 2.1 6.5

tm*:

- 12-

-ex -

(6661 ^*SfelSW* : OT)A 88 098‘8 6X9 680‘6 oox 69^‘XX SOT

L'O 08 9'f 8^9 8 9 829 SW&A-W

6f 869 9 X SAX 8 AX 6t0'2

YLZ 092‘S 8’Af7 X99‘9 VZL 9AI‘6 *OT-M

088 806'G 6 89 X88‘9 001 298‘XX

(%)^94 (<^)*S3? (%)$:% (%)*v

(S£^m*w>$) mmss*ot xmi<2>*866x i-z -i-vSS*OT 1 WO) *8661 2 X

(666i mwrnm* = war)9A9‘28 I88‘A9 ZfZ‘Zf X7A9‘9X 098‘2X *Y l¥ y*3?w&

868 ^'62 9 22 99X 8 9X *Y/<4 ys^»%

2XX — X9X 9AX fOZ<4 smw-

G^£<4

889 9'9f ^22 8'0X 29 %f — — - % TY3f<4^009 #*

001 g*

<4^06-09 S*

fS IZ 9X 2X 2X %

81 AX 2X 9 2 %8A0‘X 689‘I 689‘X 8X8‘X 288‘X %AAI‘9 9XX> 6X^‘X A69 92A <4£ SY#a3##

2fr2‘X A68‘X 898 896‘X X09 <4^ SY##W

088‘2X X68‘2X 2A8‘6 08A‘A 060‘A #*»<4£ smw- .mi288‘6 2W8 0982 X98‘X 026 *Y/¥

8I8‘9 0809 fr28‘2 990‘X 829

OXfr AA9 A2X 8A 9f 9^# SXSB•*ffl

082‘2 9X81 0X8‘X Iff 908 9^# mw$mi882 2fr8 9X8 ffZ Y^ • iM

*8661 * 966X * 066X * 986X * 086X £>*

x — x -i-pg'Q^%iY%^*ox ramies*

9^* osei

1 • 1nmcomwm -t

1. 3 1998 #©fiSH#Ee±til: 25 tt©«E1998 #©4,HT©»SH#S*±<4 25 tt£~F*tOS1\

ft, ^•@Muy5:3at$l \z»-?&Diz, mmw ie e, a*^2ie. a

*»5 23&©fi8!STi6o75:.

4-i. 3-1 1998# E*#ea±e2saNo a»*(»h>) #Ji:¥ 5B±8(6S) *U2£(«7E)*

1 986 1982 31,598 288 10.2

2 845 1919 163,610 164 0.8

3 802 1920 177,214 193 3.4

4 610 1958 109,428 162 3.0

5 380 1954 88,002 81 0.6

6 338 1911 46,093 70 -1.6

7 308 1970 77,661 97 0.07

8 292 1958 28,176 68 5.0

9 290 1910 86,123 79 0.5

10 266 1958 23,535 56 0.3

11 mmm# 265 1944 45,080 52 2.1

12 243 1934 71,678 80 1.2

13 gmm® 232 1958 41,074 45 1.5

14 ±mm- 227 1943 19,882 40 0.4

15 ±mmM 206 1918 13,714 48 0.3

16 mmm& 189 1970 32,913 38 1.1

17 mm®: 172 1938 38,874 34 0.5

18 ±#SH 169 1958 18,512 42 0.5

19 161 1958 18,280 33 0.7

20 145 1958 32,095 41 0.1

27 mMm&. 139 1959 33,732 27 0.7

22 mmm# 138 1958 20,831 mw )\-r &s<D^-mE;ra

22 mmm& 136 1940 35,228 53 0.4

24 esHSHi* 129 1958 35 1.1

25 126 1958 36,846 28 0.7

(bUA : 4=a#SHS#g 1999)

eu. tt#M#©eaEswti. 10,000 a

- 14-

1. 4 1999 f

am%#*©*aic#v^4sm#©mo&LT, 1996 ^tciaa

10,124 m~Jt.

1998 ^©aassa. 7y7©Amm#i:tw^6f, mm©@m$. sms

u=#maM?©mm%aB&s% ut, 11,459 5.2%#*] u

1978 W' b 1998 ¥C»4tT©EW4E*E»tt, HICM#©*^* I7cil 1.

EStoKttyiTSTV^^, SifitC&oT^b t»J;OK©|o]±7!|iMS®='tlT5fe

tc„SIC, 1999 ¥lia*se 12,200 7) h> (M¥Jt6.5%«), *#$.## 17,700 Ti\'J

(M^Jt 9.0%) htio. ffiWICi9iDLTU5.»l, -*T«$BB*J#I=1 0, *#

1. 5 2000

1999 ¥*©SBl6^I^SaiCT, 2000

m©»a**&mic3WTaT©%BicMS6m#^^^.

(i) 1999 ^©ftasstig»ia#ttsj

*a#a,©mie* • u. attemsiettST^o,

S»£#©SatettS£LTffiV'*iFIC@;£ofc.

i) #^6#©«*a#li**%icJE#-eiR#t&#

fi]S#«lc*e<*KV/c©li, ±#SE (11 «7E), t»BE« (46%).

a«(3.5«%). (t*a» (3«tc) ©s#4&.

3X HMM$:*l8lCg6£l,£©tt, ±BSE(10%),KlllE®(7.8%), St$aft(5.5%),

*###(4.9%), StSEtt(8.1%), «lUJB«(7.2%). *ftiuatt(6.5%), WWSH«(4.6%)

T&-5.

< >=f'.y h£0EifcU ft#*-*-*# 10

*<©*#>-*-«. m$ite#%&©Bsic*i\ /wamssiF • e

if • 6<f, < >cfv h, £*7'D-fex©»*<t£0bTV>5„ ’99^©a$ltfcSti, m#lt 8.2%7 '7 7© 76%6%6Si&».

-15-

3) #i*SS*at±at0. £Bft«iB8rS«ti:5B-h*l6£X8r

w*w-iiL<aotSTi>5. »s»«

"mm&sxx mm^n& • <Eai;^»,

o-»©«Jsii«Sr05±Tas*'o#**js**t»e>nfci©»ffi&sw-t.

x*;i^-*6*f:t, jfilvSAD 965kg iiWJt 4%9IMUfc„

aH<fcofe«i3o%iSsv».

4) • jkXHiB&oiftte&sroas-iittta

wnkm&tm$tizmit>Tz.

s) #*am#x?-h

• 4=EX-*-ICiBMIMBSttOSTA. #»««, SiSSHtt. ftOJtRtt.*-«. AsstFSfFitu m/u-cmmicmom/u^ sl,

SCiiUTH&K %.m-?a-tZ.i>^&mt£b<D<b£<, 300m3«T©4'S!i6^tJ:

•&S«c#E*tt 5,400 7Jlvfe£.,

(2) 2000

1) 2000 f 0 Htl@#

WW*«»tL.Tl4. »B®im3ISiMa65t!$#£«*,. GDP (i*9 7%i#©M

a*= SMStliMVte*- *»ffli#tt^WC0a(ciBi*>3„7>xcto twm,

fi:WW& 0 , 1998 ft: 2,860 75lv/io7c t>©»\ 1999

mzitwA., 2000 #ffi«»#t^a*i©s@6

iS4**stliT<StC(iBtW*'^-5<. Sfc. A#3

CiT, 3X h7)5±#-r-5©TflitS5IS±tfi6^DjA.

2) 2000 if©£BBt*

ttaafWTtt. 11,000 75tv&@X-Oi%G%W.

f*. 81%£BIff. iSSriKttTtt, 3X H* 2 #*

®#&B»f. m#©A# • f3fT*#&s«%mg#5B#&

USS-S, m 6fg#A* 46 %©#f^ B fg A.

- 16-

(3 ) 2000 1

1) *8«S«£0r0£LTJ?>9M't%i&mmtteco±m-7a-s h

tagtoffbn&vim, tss&iecgguTfe. a*ea©&#ic*.s.

2) wisumca*

3) #%*©##!:j:

S«BS:S$aUT, SiliJHft. RUUSft. ##**, ttS8eft©4*jfe*Sffl$-$£, «SH3SB^©6#t^5i6ll§B

rio-sH-Hj

-17-

2 »SHJi©#xTTT-tt«

2. 1 S*«S

1998 f©##A*T©# 1 10 ©mfrxTTf-«*M:.1.29 1>T, 58kg<£TlTc. ls?4#ffltx^t(i|*!(tgss-c 600 7JI-

>, Sl^W4.3%lcaL. =#X^lK34«7C^*atfc. ^©TT\

*-#-75 a© 1998 #©*#mmti. 10,424 m>,

«*t 10,519 mx # 1 0 ©^&xTTT-##tm#m##-e 1,009kg,irlpa 52kg <STL, S2FS&WT- 540 77 K'toSxTS: LT, *XT#J3$ 30 «tc£ *6£L£u

x*;i/f-em©a#]x nc6»5#ijMa, &#mxT;i/T-e#©x% JPX-5t^W-T30%ifi< IC&S.

2. 2 xectstt-S.Sx*;^-

1998 ^©*41M«iH^-*-©±[email protected]*ik4:-iN*ttTSV,stpasr 137 aix:±^*#m#x*6&o^.

S&iaC&ttS® 1 l/Sfc V ©XT>T-*NStt, IW© 495.7kg OT 483.1kg STTOT. 12.6kg (Df&Ttti-ofr' *—©*«* 9,099 TjWCSt?^w-g-rst. ti^ias*g«st 114.6 cfita^ic##©^-#-ax *^©m*a^AA.

e#piac1 h>sfc v *#© 30.5kg ot 29.2kg

tc0.6kg(STL, C$ltCj:%$x$a##R##-e4.9 7]^i:%oX:.

n-JXlST-on-JX 1 l>SOTxT;k^-*N8W:, #$© 174.6kg fr6 173.4kgic 1.2kgTOT, 5771/©#xT6%o/c.

ttfeIS©i£5U>afcD©XT^T-Ma(iW¥© 76.5kg A'5> 75.8kg £ 0.7kgWD, ##^##T9.7a^©#xTt%oA:.

2. 3 ttiSWSCtfc-SltxTTT-

1,105 ai>©*ai;*o. 77©*xT£ftofc. TMW390%!>©*«?. 50 7: !>©«xT. f

VMb-SebTM&mmZ'ZZ&ximmmig&W i93 73»T&-ofc.

2. 4 *xTTT-©#6E*#*%$«, t6^©Ts«asBica^T,svx o.ss ssictoth. s»«#»

-18-

100 EhxDex^imso

w o, mrnm&w?507j}'>(Dgx*tfmtiz>0

2. 5 gx*)u#-Bmtms1999 ¥t 2000 %-<DM^W<nm 1 h>^^c 0

T& 1.23 hX 1.18 yAzm?Z>%&&T&Z>o

•enfifcn, EV>rtK:TgB©OT£5i5&gtf*£.

¥^©Wtk. “AE” ^*T;i0g«J&*£fi3ftTE*5fe,1998 ^iCteOftCDX—A —16 1999

2000 ?&

iW£p PCI#^^e#^jt$^f6]±$i±6o 1998

«750Eh>/£oA^\ 1999 880 EhX 2000 1,0001,000m3^±0^iP(ZiZ, mibs^fzD 120kg

52 m(D®tftmMmi&m<DM®mit£.mt}& 510

75Ivtl^f S 5o 1999 8,580 EhX 2000 10,500

75bXDmZ)tUZ)0

$m®W(Dmm0 1998 *m3u 11.3%$TT#oAAX CfUmWc##"? 225 Eh/Om&T&oA. ##X-A-kL E

i6^EX<D#ijm££fMLTro

me. ±m. 15 mz trt £esi

t. mE##m 99,oookw, 24 75byt-tz>0 wwx2000 ¥^^E^AXlHliKS§rTOT

mih/EAO 70m3STMStir^o

T 700

-19-

(Dmm

!ii

sssmam*, *&. **«*£«**

ac^nttt, #%*^ oy-5.

1*1* y d>gfeg:

-20-

1.

StTSICtRT,5-1-1 3

9 B mmm& **m« ssmtt1. iw -mm 156 181 178

(#!>##%2. - 1,147 961 1,288

(IgZp® kg/m ton)

3. h/SfcOiiJttlW- 971 837 1,059kg/SHIv)

4. 143 159 1365. 99.3 65.5 99.3

a 101 152 88(i)#af8itf(^b>) 5 2 -

5 75 10(3)»tt(7Jl>) 10 — 76

62 — 2(5)SHS(7llv) 0.7 — —

(6)$m(7?b>) 0.03 41 —

(7)«s«m®(uf>) 3 3 -

7. ^#^:##(7C/A^) 77,347 85,567 64,006s. 26 3 ^989. *en-(«7c) 106 98 96lO.^cDffi

Iff 5 75" A It /c

A

m&Kvnmzfa

MU

(3) NEDO #1*7' 0

y

(1) ’93 m:; 7use

m. #m;n#&E@U/c.

(2) NEDO #1*7' 0

7'x7HB»*.D

(1) »JM> -B#

f # b, 1971

4^0 mm(2)

iRb, WM

# A(D^# A

%

(3) # # 0 # (0 #

urn bit

(m*: io Hjttt- 1999)

-21 -

2. 1

3 a8«*(H»jcetTcs-r.

^5- 2 .1-1 IleSfigtoSBESxg E« ##7C

(7jb>/¥)

zi — ZXjF 105 56 H x 3 So 3-XXit : 580kg/Iv

CMC NEDO It ASSTBB

BEM# 220 105m2x2 So

18m2x2 S (-»90m2xl SC^Bo 2000 ¥ 7

%^-7- i20m2x2 s (mmm)

KP KP 134 620m3x2 S(No.3:’60 ’97-98 ¥##

No.4:’70 ’95 ¥%#)

1200m3xl S(No.5:’89 ¥#%, ^¥%#o :

2.0o : Fe53%o i$J¥#yS/& L» )TRT

1®No.5BF IC’92 ¥5$E„ 0.12MPa. 4000kWh

ftp 125 60Tx3$

CCM X77* CC x2 So h' HhCCx2S

cc 100%

fcU

E@ mm ’80 iFftJ; 0

am##*# 2000 %4R

#*

#*

X IM/P - ca'x 10 7j m3xl S

Bf X

Kf X

-22-

2. 2 ***»

5-2. 2-1 $X8SE®:fe$E«sIS mm »7C

3 — 3-XX&P 84 64 M (3$)

CDQ.CMC ###

240 105m2x2 ®

V Wh 34 8m2x2 S (M(C 1

120m2x2 So (@m#

; S*5.4T/Hx2 *

iWtP S*p 172 750m3x2 So ##E:2.4o 125m3x4 So

TRT##¥bsw NEDO if JmS

KSH 200 25T±n£Sx3®

SiE*p 40 50Txl S, 15Tx5®> lOTxl S

CCM No.3 : 30 Billet CCM; 4str.x3 $ (1 S : Danieli #)

CC it¥ 58% 100%<b##E50 750mm

E3E 200 500mm, 650xl/500x2mm, 400x2/300x5mm,

AM 330x3/280x5mm

## (40) 'hBBffl ; '95 ¥ Danieli,ES H S ;’98 ¥$tEE

## (50)

7>h 5900m3xl S(‘89 ¥, 0*11), 12000m3xl ®

*'<7- 5® (B 2®tiiW^7' D7-¥

i‘ iw - cfi 5 E m3xlo 2 E m3x 1 ®

B*’7 5 ft m3xl—*C %' MIlSSL 15 7J m3xl SSrE

KA'X 5Em3x 1SME

-23-

2. 3 SSEtt

5-2. 3-1

xn mm £MtbXj S#7U

(771W)

130 No.l&2:#65 Plo No.3:50 Plo k/f

iiAo CDQ

242 130m2x2 8

118 130m2xl 8 (V |/7hffi)

«$SM- 200T/H 200m2x2 So (RM)150T/H 130m2xl S (A° Wh^)

Wp i^*P 180 No.1:1800m3, No.2:750m30 PCI &0.

No.2 \t 2000 *£\Z 1000 m3 \Zlz&M (&ii)

TRT (SiO No.l:3500kW,1.0~'1.5kg/cm2.’88 ESNo.2 aiB#, No.l (D TRT & No.2 (:#EL, No.l

m OOOOkW Srg'JiiES^^oM<P &4*.

K# LD6#F 150 50Tx38

LF 50Txl S= Cas-OB W <9 0

CCM 50 777' CCx2 S= t>7hCCx3SCC !t$ 100

EM mm (50) 2003 ¥S§Hi^/£

RJM 50 6^ 40mm

AM (30) Sr 18

## 80

10

#SH50

MH-10 2003 ###

r mw - cy % 5 7jm3x2 8, 3 ^m3xl 8

BA'X 10 73m3xl 8

K*'X 3 77m3xl S, 17jm3xl8

-24-

6 #

SH6S x*;t

1999 7>X5rRT^fo

6-1-1 llilc0X^M“/\,7>X

mm WAWA 147.6 75 tv j-nxm 147.6 75 tv

MMik WA 8.1 7510 1w 8.1AgStfX WA 1,304 75 m3 ®JF 57 75 m3

E@M<F 849 75 m33-m* %(c *'%) mx 41,286 75 m3 i-nxM 11,915 7J m3

®#5 2,531 75 m3mmnamip 14,029 75 m3

9,145 75 m3iWW X(B 3f X) 288,659 75 m3 i-nxm 45,938 75 m3

®<f 93,078 75 m355- 140,491 75 m3

X(K *' X) 4,614 75 m3 3-9XX# 896 75 m3®<p 936 75 m3

2,481 75 m3

S^, #A• BS^S

46,470 75 kWh16,692 75 kWh

3-7XZ# 2,656 75 kWhSff3 12,765 75 kWhEMM*!#3 12,782 75 kWh#W<7- 1,716 75 kWh6S%S 752 75 kWh®<pj$a7r> 3,286 75 kWh$ozK 6,936 75 kWh

1,583 75 kWh

am %£ 194 7] tv Bm^m 62 73 tvSSiPilBlr/ 57 73 tv®tp 14 73 tv3-nxm 6 73 tv

55- 17 73 tvEM 475h)

tK WA 18,934 75 m3 SS3 5,463 75 m3

-25 -

2. *###

am was**.

6-2-1 >%

%£ -WA ttffl • jtEWA 80 7517 u-miif 79 751/#A 9.2751/ s*p 6.4 751/

M# #A 3.2 75 m3 2.0 75 m3EMiDfStiP 1.0 75 m3

j-nr xcc r x> 4,710TJ(Tera Joule)

l-)xii 1,194 TJ293 TJ

SiP 38 TJ

e<p 319 TJ869 TJ

E»iP»Sjp 925 TJO- 146 TJ

l%M' X(B f X) 10,149 TJ ]-^X%# 1,018 TJBSP 4,011 TJ

2,060 TJSSvt' o- 1,694 TJ

#A 94,764 75 kWh ]-^X%# 1,494 75 kWh8,022 75 kWh

A* HI 1,389 75 kWhBlip 6,394 75 kWhtesp • «»p 28,597 75 kWh

## 3,200 75 kWhEffittlSP 7,223 75 kWh

17- 2,166 75 kWhB£S7° 7/1 12,674 75 kWh

BSPitB77> 690 75 kWh$s* 2,256 75 kWh

144 75yy BSP&B7r> 49 751/-erottSfi 73 751/

* WA 3,575 751/ ]-7XZ# 237 751/$*§ 78 751/bsp 201 751/

- 26 •

3. iBJUHfe

6§5E%S*. Mift, Bi'XMSt* (19%).

6-3-1 BSISftcox*;i/4;-A'7>X

am %£-SA#A 136 73b> 3-7x1# 133 73 Iv

SiJSS SA 22 73b> i@*p 9 73 b>

3-nv x<c tr x) 7.067TJ 3-7XZ# 2,456TJ(Tera Joule) 175TJ

119TJ

153TJEMflaSW 1,784TJ

mm 562TJY)- 972TJ

470TJ

x(b y x) 13,495TJ 3-7XX# 1.161TJ

K#5 4.171TJ

E3£jba#Mp 539TJ

mm 2,072TJ

S«*' o- 2,975TJ2,554TJ

x(k r x) JB£ 677TJ 3-7X1# 40TJ

E*p 545TJ

EMAo#^ 20TJ

mm 71TJ

ISA 5,592 73 kWh 3-7X1# 2,643 73 kWhSiEfES 110,161 73 kWh 6,258 73 kWhfi-m 14,045 75 kWh K#F 1,965 73 kWh

e#p 6,029 73 kWh

EMttlfSiF 13,798 73 kWh

g*%« 17,293 73 kWh7>i 20,064 75 kWh

mm 11,679 75 kWh2,646TJ 3-7X1# 815TJ

A#p 199TJe<p 168TJEM 693TJ

-27-

H7S

*7# «S5H8«tB

i. m»m»1. 1 j&BXig

(1) : 500mm

(2) : 7 5 or. #*WS : 1 5 O-CHT.

(3) &!)<.& : C #9,6618. 4m3/6$i$8T. C#9 : 4100Kcal/Nm3. ffi&A'-:)—ffiffl.

(4) No.3(105m2x2 *)!$, ’87~88¥ltB

(5) £Z6* : No.3; 6.000T/D (210~220 # !>/¥). Sr No.2 SrSnxT 330 7J1//Y

(6) SrNo.2 2 0 0 0 7 l$fltEteg*)S.

(7) tti!8Ug©-x’9D7;k • 7n-S@ 7 - 1- 1 (CiRT.

1. 2 #<89-9-

(1) #189 — 9-&39*?§. *A*-W9. B8I: 120m2. : 40m.

(2) 9-9-Jg» : EM- 1.2m. 1.0m. ilSiS£ : 1.395m. ##« : 3m.

(3) mmy 7 > : 5 S/line x 2 lines. iSS# : 9.5 77 m3/H • S. *»ti 3 *lk&5(4) 9-9—AOn-K-feJP : #WM#«9-9-

ElleSSST. i$S : 0.70~0.85m/».

(5)

(6) #@MBSAil 0 0XKTF%6. rfA'O MaBiB&U. Sl&lcti:7 0‘Cticrfo.

(7) ##BliR©#M : *»E#%'85-86f. 7i>IUM7JjC)

1. 3 *^9-9-##iae##

(1) *I*K»g. X«©8t#»V>.: 89.2kg #$5m/#K T. Sr No.2 (40g 89kg T (A

H¥^K±)8 OiffttiAW; No.3 #*8««:. y-7-»m®KZmm?Z>T'1g.fc-otztf, *6

©8R£"rtti*&#o;5:. 89^84kg S:aStLli;i*. fij

9-fe»tt^S7cofc.

(2) Sr No.2 1CfclifM/Hy©*®SPE@iK$^l'f =S. SF*9©ttW£S@A;£;£t_k#<

K#»Wr£ttrt©*y S9-9CAtl5.©AlHET. 6

a©&OT«£L-Cti, 13kg/cm2*R. ^EtLTH 13kg/cm25X. fifftt7kg/cm2

TSttfffffiffl#. *IS*aT©?rJl*lT©tfi»)fli, 3fRiiEffl*ffi«t©ra^

»<afeo7c.

(3) ^«@iRff^©^WS«*0. aSkHtoSEFIj; D$«£SA. #iBX#X©m#,S

iSttStoTfS. EP «#. Xffiffl. to©xa^©S$Bt)*0 9 5. #ex©«fflsa»

-28-

tt 7kg/$S*g T. KTl 5~7kg/cm2. HTjIallRSTtt^S

(4) i7-7-^nSS^S^ST©®ffiSffl^BrSH9iTe7ltfc5>^?

-*X-7-©&ifi#t2;WH<i:0filH©;Ms. !>4i'i#x6n5. **©*»s,e<. m.mbts.frotc*

(5) *M©#m^fXS$li£©eS*i?^ito 170t;-C©fi#T*Sg$-)i-5t, *36ICS

s*5_t*5o. ?-^<***>±#*0iwh&u

(6) W0SSi*-5=fc

5IClTtn5„

(7) »&Wlfflttir0g«?-*7£ttttBK:£fc'&*. *ttS«IBIEfl«©3 flic 1 iSr=1<, #flSSH8~12H/fl„ #m$a. 85m~90%(ti).

(8) No.sm%xm<Dmffiitmmmvrvtc<DT* *sj:oa#lt*<.

O) #^##taem##A©#et u-Tg.© tkmmmm

® 3A h® Sm@W5:i«6-$.

(10) *WT©EWffi3$@fitt(i?-» B*^-AT4ip

(11) KHjx^stc, WL&fr&y 7 >&Ev-Dte\,f%j)\ «mxr>lcli. AV<£0©m

»tSh[fWj:VW ? —sH-r 7-Ttfe*!LTH5©T. 170m~FT$.0R@&L.

A*T©meg@©)#aa?- ep -m&n.

(12) -#©r-i@tt$$&. %#. te&Ricfcws-urB*©n@mt#WWhW. ^©SeBSBiriCfcffilKLAc

Hi.

(is) A&m#AAf^©%m^EP(*#$gsffl)

d4) m#x-7-#mime'\©#A*#m© «*[sl«¥R : *KT-7)cHi:SA7j:H. S^g£\fc©„

© SeX&max.?

© Hl*iEU-T©^WMW*(?

@ fi6R : #6cSA$»V B*<fc 0 ±tf-5©T&<, ‘PB©8-#9SU:9tti"tt>©„

-29-

492.65 T/H

Crasher

492.65 T/H

Hot Screen

398.83 T/H

CoolerHearth Layer

44.98 T/H

94.53 T/H

Return Fines

186.93 T/H21.52 T/H

Lime Stone

75.94 T/H

157.9 T/H

Product

Raw

Materials

Return Fines

186.93 T/H

3rd Cold Screen

184.87 T/H394.73 T/H

Sintering Machine

551.26 T/H

549.07 T/H

2nd Mixer Moisture

2.19 T/H

529.35 T/H

1st Mixer

19.72 T/H

Moisture

07-1-1 SJKMft msxm 7fU7^7D-

-30-

2. mmm&

2. i i&ffixm

(1) mtsm : 1 0 5m2x 3 5mLx 2S= ##600mmo JMl 4>r„ ’93

(2) mm#: m* : 5.4-7 75 m3/H • s

( 3) xmmtj : 7, 0 0 0-7, 500 T/D

(4) ^A^PtfX : tg£#X (B + C#X) (*0'J- ; 1900Kcal/Nm3

(5) CRT ±T#XX7^&0 (2#).

Control Room £TV monitor 2 9 =

(6)

CD #El§#£$iS2 : 500mm-+600mm &1S

(2) 6li|§itoSm±(E)

(7) Mli07f'J7Jh 7D-$07-2-ll:^to

2. 2 $*§x-x-

(1) X —'7— : 1 20m2x40mLx2lo 1.1—1.4m

(2) ^-7Hii^3Po ^J77>/j:U

(3) x-x-T

oTWlfo X-X-^\(D*A-^S$)Do mttWPU^o ISOrmT.

(4) X - X - 0SMS1E @ £ > X-X-S0¥S5:x ^#7-2-16, 7 - 2 -2

2. 3 #^X-X-#m0W2#M

(1) #/W

(2) : 5. 4T/H-Xx2 S=10. 8T/H0 0Mm/£7j : 9kg/cm2= 200X:=

(3) iL-ZXif: 2 0 0 0^2^o (/HX#iS)

(4) mmmm:ma. n-xx, mm: 50T/H

(5) thf^I^iUEEX? : 6 —8kg/cm2

(6) mmmm: 300^

(7) Eli-: mnWHUo M&ZmmL, 4X

^6leIiR-r^^o

(8) N0.2ux. n0.i

x-x-^ESiirmr^^^o i^H7Att#7-fx;iSo

-31 -

(9)do) kluas^ca. ^-7-ojg***. #**&#©#&##

2. 4 Btowm

(1) *®#9*T©f8S •x-? ?- #*04% 15T/H. KA 10kg/cm2(2) CSC T©$$‘045(T©%«I6A ? ^$816®* GOCCT 1100KW (XM : 7500(3) 7-OAnSS?-»300~350lC($$H : 470-480X5)

(4) ASH©7)^7—A^?1)0# : 3zone

2. 5 4’HT<0«IM»-7-tt«i@45!(1) $«!04%tol4]HTtoaaL : Sx^(ia*%S(0*B7j;eao*tt. 6#©$4#(:A%.

«6^-7-p*i04x(i, ifreitote&ifes-ms o yisnc. 95-93

XSSTA&M&M4&. 4>HS:©

A©(3. ’88 $E<Dt6LU»s*$L #*@4X®». %SATS5i(pAl*lA:MA<-s>ot©&©„ B*s®E«©Eax^-xiaA<. safes

k 4>m©6i*Sfiti'As<a^x^a:©. isimtt, #«

ISSt-K. CCAW*&#oTI,^6©T. fftliffixAtV S»C©t)©tt«Ett»SiW< - rtf#6WWiWvi„ ^4aBV1.©ffS5Kti2 -xa66 (MStSSPffl&ffiOfcWt.

a^-ta. *:<»mw.i*«n.

2. 6 *SH©*X* • att&StHS

(1) *X^ffl-WmT©t)©5:41^lc2 0#&5„

© cdq : n^r©ft«swfflbT. mm#»ffiB*M£©K»mTOfc. ?@i. 2«tc= n-xx^e

8 4A)>T% #*045tt£ 0.45T/coke-T. S A 04X13 2300~2500kWh T 2026 A

kWh/¥. 2000 ¥C(3*S UAH,

® CMC : NED0/*E©ASI3SH©T. fm©K#^#N*. M&fflM&D, tt ffl®Ali 126 A kW/f. C 43 A 2000 ¥CI3SISLAVX

© TRT : i@^ 750m3x2 SI:*L, 2 ST 3329kW © TRT ¥WJBM

1$ 2.8xlO’kW. BfASETSStt 3310 AtL W»L7cO.

® iStPXAyifckWffl

© 100%CC it : <tojtp, StFtA 100%CC4tLAV>„ 4e*p(33~

4#gm. mipM#)34-f©#m.

© &M-8A

© DPBJP Recuperator (WtSrA-)

-32-

© SUE&Mfli® ciix

® e#F (K) #X@iR : /hStetofiltiffi**:, g^-tfXtcLT, gteMiSS-ffiffl

UTusingmcffi/iuztK

© : S6^5>B^X*;py- ; 5Sm3x IS, C^X^y- : 5^m!xlIMLT, f(DB^X*;t/y-^%C^XMI:LT. gf/clc 1 5Tim3 x lXOBtfXMy-SEe-rs. Wfc. KMl:55mJxl#, rURSiffi m (CtfX*') l; b 2 ??m3 x 1 $OR»ttH$0„

(D X't 5-## XJM : 86 5 X* 2 *lcE»LTVi5©$6£*1-•$>.tt«T”P=WcCt. tf'f 5~5 l*0«Bi)X«M. 3-X

® S*#$l;rnWT5«7cS«Vfc= UA'L$fc’BE*qSiCSLT, «^©M

$SESfro#*saa • xss^*s.tx«T*a*±tfHMfflis<DF=i@$>t), *m

flu*©s®W9

® ffiM^xroJSJKbftW't3

(3)

: 0. 4 5 TC/kW

6 2 tc/T

XSxK : 0. 8 tc/T

: 6 tc/T

C^X : 0. 3 8 7C/Nm:

B^X : 0 . 0 2 TC/Nm'

® #3-XX : 2 0 Otl/T

-33-

9.47 T/H

Hot Screen

243 T/H

Lime Stone

27.0 T/H

Return Fines

65.1 T/H

Hearth Layer

19.4 T/H

206.5 T/H

Cooler

157.9 T/H

Product

Return Fines

65.1 T/H Materials

Sintering Machine

291.9 T/H

270 T/H

Mixer Moisture

21.9 T/H

[87-2-1 mw# msi# 7f'J7Jl/7D-

-34-

-36-

3. Mmm&3. i

(1) 1 3 Om2 x 3S(2) No.l te’72 ¥, No.2 te’77 ¥, No.3 te’96

(3) No.L 2 (SSS : 1.75)= No.3 (&SS : 0.42)

(4) No.L 2 ¥S2 4 27j|v, No.3 te'tl/'.y hT¥Sl 1 8 77lv

(5) No.L 2 4@2. 5m, l$54m, 500mm. Si^2 0^r„

(6) No.2 £flPL&*afc:aHSLT\ $BS&®JKLfcH.

(7)

(8) ffiffixmAM: 1 0 3 0~1 0 4 0A

(9) (Fe4 9%) 5#ttM«fc0JHA (S : 0.5-1.2%).

(10) : No.l, 2 ; 8 Okg/T (##j^##) x 7= 5 6 OMcal/T

No.3 ; 7 8kg/T x 7= 5 4 6Mcal/T

(11) Iill«4-10^1PBW§,

(12) SS^tcWTV^o

(13) 0*^5©I#l:KUTIt A## <!: % &.

(14) No.l,2 # 80%, No.3 ^ 94%. 3 S7;McSmt*5 No.l,2 t No.3 &J2 : 1.

(15) &!ktP : 3. 3Nm3ZT (0.06-0.07GJZT).

a x - 7

(16) n-XXifcte, 6 2kg/S-T«, (8 0%#3-XX, 2 0%il^)

(17) : 2 5 KWZS-To : 0. 1 G J ZS-T(*mMl^jf*ffl)

£tt(D network : 8~13kg/cm2 * *, 280Go

(18) U 7;i/ • 70 —£E7 -3 - 1 t^fo

3. 2 0E$o v7 — 7 —

(1)

(2) No.l, 2 X-7-^^91@f*2 0 0 m20 & 180-200TZH <7)£M. MW

180/130=1.38o f 2 4 m. &$jSS 1.126~4.505rph

(3) No.3 3 0m2Tl 5 0 TZH„ 1

5m2^AA^(DftiSHUl 1 5m2. MW

150/115=1.3. y h CDfifiti. 1 0~1 5 mm.

(4) Xy>@^2. 8m

(5) n'$r§5 £ H No.l, 2 450mm, No.3 1.5m. n'Sfeti No.l, 2 H 3.2m. t? — y

— <Z)J8W No.l, 2 300mm, No.3 & 1.4m.

-37-

(6) *mm7-7-vmmw.wcm<r)WtnmibLtc^£W3bz>. smimKysitTfcsn-

2 OT/H 6. a&atBWL&W. '99 $7 8. SMSEnr-fftitlfcB«f*x*t:5$ —t:#SDb tctozt*

(7) i6es6?sa880<c«±„ No.ltoE7 7>*6(O#toXtil60,CKT=

(8) 7-7-E»;E-7-W:l 7T4 1KW. *SM«tiagri>hn-;HcJ:5,„(9) No.3X-7-®ffLiX*77>tt4-y$5.»t,*ti3»-,*ii2»-ffiM„a*tt 13.4

75 Nm3/H • So 7 — 7—©18H2.5m. tf-bgli 21rru

(10) No.l, 2 Tti. ti-S&iSA^SK fflSli 7,500NmVH. tr-7-|°HE» 7,500rpm„

t—7—15~50Hz

(11) 4U7htgfflfflNo.3ttt,

(NKK ffiU\1C0 No.5 CS«A>)=

(12) ^71/ Hn >^Y-lc(i#S£5SS 1 2 ortiTtL-TH^.

(is) No.3-m, m

(14) No.l. 2 0W7I*I«K LzjA^SIcSxfcH. 7-7-10 !W££800mm IC&BLT. ■» 700mm I68t7 7 ><08iW6< & K

2001 $<oj@wc#&##a LT, No.2 $:#w&*ai:&#LT#mia'R<oeai-^

=J6ge»iK^- *$4)(c»«i0iRis*(osa:traffi^m*ntt2ooi

(15) No.3 (COUTia. -tlOdfilOPSililJRO^O^i: LT,

:il£8UTttt:bbnx.5t0<h, cn$a$"fSrMCOtt5.<0»l$5>=

(16) #5JXSS^roSI6Sg(OmsL,T. *liltoffll8lc#65L^iD8F#5:ttEUi:„

(17) ##N##375A4'10#*M## : % 10,000 A

(18) 7-5-^ffl#50itSKttSJ?*7 -3 - 1 t:, RS7-7-(OF,q«*^*&S£®*

(«]©##,*©#?&?% 7-3-21:. #MU§£jl-htffct>©£9:M7 - 3-3

f fiwi".

3. 3 7 - 7-##wimw(1) M : No.3W&#(0:/D'tX. ttlFT-#/J'SU^I/7 h<OS«„

No.i,2 ctfc^.

(2) I$«

nmt) ifiSS^'SjRC'&a 11£ H iSffl b&io.

(3) No.2 l65)P©8Sc#ti 2001 $©$$»<2000 $ 10 8 ttiitz* #^7-7-©%#%M

(4) 7-7-©#«!®iRTtt.

ffl)83Sc(*©S#Wl:. 7-7-<05tiS6LT$'f

(5) iBSHTfc, «5£^***t37*6.

-38-

(6) 5SKtt, #UJS'teSLTWUiro#Si@iK$I.¥US:. jRSUHiRtt 1.5T/H iHH'fc. B

(7) =r-^\zn<sh®a$$.o. 6. s*»-^6©*&&t/'(yv^

$-5=

(8) #H£'>&< UT, n-K-fe;l^T*&S6», 82: £-6CUT. *4**<[a]iKffi*-5.

No.3 □ —h*-fe)t/£<£)HLTt,>-5.(10) ^•@©#l)eT(Di6*iSro¥«$:@«tti*mi, 15-16T/H ©SSUaMRiim. ’85 *C

SttTMt U fc C £ »t$> 5>»!, tOKfiOjlilRWi^H.

(11) fit. 6tE(DfM wseeti0.9 tc-D fctf. 4ttl.44t**oTHS.

3. 4 6«$«|g

(1) No.3 6tiSET<Z)—®#EiaiKES(i, (SUlfeliltSH-KrotSIto 7—K© 270~280'C ©##X, 1677m3/H $<$iBS£©»ICffl^TH-E>„ 77>©Si7y7'ffi.

(2) sjn©M«#atx, *-ft*£*UT. vmz-j-vm

H®K*M«©MattW***H-r«t>Ltl7j;V)©TfiU<. (&6)

(3) No.l 8JF© TRT : Sti"; ftiSEtm. Sit:*®. 3«JR9HS**B* ; 2,700kW.#. 4,oookw mmas.sookw. N0.2 8tp£4-¥750m3&6,

1,000m3 5*1. dtlfcfe TRT SRtl/ft(>t#ATV^. TRTti, 1,000m3 6Lk©ffi<p£*fgil;:f'<U,!:rofgW£LTt,>5. fCT No.l © TRT £

SrfcTt N0.2 IC^ISVT, No.l lctiSlA>t>©££H5#x»s&5>. NEDO © TRT

2 fl T* 0*5 y -> 3 >»lSS#|g(£tor-Tr•$> C £IC&5. &£, No.l 8<P©Mttt, 28~29 77 m3/H, TRT ©Hitt 18.5 77 m3/H. 9Ji£, EitiCttfe&I

(4) Stt^xTUSEeSjSH-Hti- StF&S. 01/y h CC.

(5) *&##«, -SK6tt#^0El#3©$gfT^6©HI*.

(6) jft*S7-5-*'6©®C 14.*©®a*<*5©T, s*isiiR£aej:SoTvi7c»t,«*0c©A&#-©-n66MC#@f^.

-39-

7.2 T/H

QuicklimLime Stone

23 T/H

Anthracite

4.8 T/H

Hot Return

80 T/H213 T/H

Cooler

Hearth Layer

18 T/H

Product

185 T/H

Hot Screen

293 T/H

Materials

Return Fines

20 T/H

Hot Return

80 T/H

Sintering Machine

360 T/H

360 T/H

Mixer Moisture

®7-3-i &Bxm

-40-

¥£7-3-1

-41 -

W7-3-2

42

¥*7-3-3

43

SB 8* muz 7 -

i. nmm&i«Kfdtto«aei#TttgEKo no. u no. 3 &t$m. Rzm&ma’pvgr no. 2 m

iBtii^wr-s.^T'Dvxi' h-m$£<yfiii85iS<ym no. 3$=#§$ (1

##. 2##(0#2*)

*8-1-1 l:aW*aiii]tt®6lie^-7-8miBliKI9;SroEE*ttS:jFl".

#S‘@«E#E*tc*e<sW'r5.9-7-#si£fi$icouTt$4-@roi9eTii

ML/i3t-M%£Zm^Z>' $ fc X - 7-3iB8tvB*ttfftmroSStHiWtii £ J! V> 5.

8-1-1 a*SH»;lWto#;*S ^ -7 -8P*i@«e«(DEB*fr

1.

(1) %U max. 42. 2X3 min. -2. 5*C ave. 25T3

(2) mms. max. 83% min. 69%

(3) 21 6 m/sec

2.

(1) m&mz No. 3 #*S# (fiiix2i)

(2) 105 m2 x

(3) A°l/y h# 2, 500 mm

(4) m&mm 500 mm

(5) nvvhBS l■*r000

l. 52 m/min

(6) <y j > v-fcv 9 * s* No. mm 2^m#1 67. 57 79. 29

#2 64. 06 33. 2

#3 73. 04 82. 81

#5 107. 27 113. 62

#7 100. 92 97. 75

#9 88. 23 15. 23

#11 106.0 128. 85

#13 102. 83 66. 10

#14 101.56 101. 56

#15 157. 42 163. 13

#16 220.0 158. 20

m±r. ■c

(7) MExa^xfiS < 150 V

(8) < 1500 mmHjO

(9) 540, 000 NmYHr(at wet)

-44-

W—y—

(1)

(2) wtop-y-mm 120(3) 7-7-/\°: 3, 000 mm(4) 7 ~7' 1200±50 mm(5) 0. 3 0.9 m/min

(6) 97,754 X5 Nm3/Hr(7) 180 - 200(8) 7“ y—ffiflXlMi 95,000 X5 Nm3/Hr(9) 365 mmH,0(10) 192.5 T/Hr(11) 733(12) 7 ~y 150 r ot (M)

ZL—T/ 1J ~jry( —(1)

i) E*

ii)

0. 2 0. 3 20

MPa

°C

(2)

0 E*

ii)

0. 3 20

MPa

■c

(3)

i) E* 0. 2 MPa

(4)AC 6000

50 ES

V

Hz ±1%

AC 380Efg

c.i)

ii) *«#

iii) Mnmf

AC 6, 000 V (W* 200kWE)AC 380 V mm 200kW J^T)DC 220 v mtfanmm)AC 380 V

AC 380 V

AC 220 V

DC 220 V

DC 48 V

-45-

(5) Actuator

i) E t) 6 kg/cm2

ii) iBS 30

iii) zK# 60 r

(6)

i) ff* 5 kg/cm2

ii) ifiS 30 r

iii) zK# 60 V

(7) n2

i) EA 7 kg/cm2

ii) i£S 30 r

iii) zK^ 60 r

iv) 90 %

(8) #m

i) E* 7 kg/cm2

ii) mm 270 r

iii) mm

5.

i) E * 5 kg/cm2

ii) ms 152 X JX±

6. uL T* -Y U TV —

(1) mm 0. 43 7c/kWh

(2) ffr3“XX 226. 1 7E/T

(3) COG ;# X 230 tc/Nid3

(4) mm 60 7C/T

(5) IzK 0. 18 7C/T

(6) MizK 0. 45 7C/T

-46 -

2. *3SM®c

mtEmmmmzTzvo

■feo 1 eic4’HBfiS®##*!gJiKKSEB£S«41Tife5. ■e®fc**7pnyx?

hTtifc 5-£®6yg« 1 *^®8|!«!@JRB«6IS:g£tl!ffhr5. 2*®*8#

*8-2-1

8-2-1 SEm«|6]td-®^#i'-7-#m@«^6®EB*fr

1. $m,

(1) max. 39. 2*C min. -22. 5t

(2) «*ts$ max. 78% min. 56%

(3) **»* 40 m/sec

(4) as 40 kg/m2

(5) 200 kPa

2. W8#

0) mmtmm(2) 105 m2

(3) Al/y H@ 3, 000 mm

(4) 600 mm

(5) A6lz>y HiS l. 5 m/m in

(6) l&MIAPtfXS* 100 r

(7) 1450 mmH20

(8) 9, 500 NmVHr(at wet)

3. —7 —

(1) »-7-SS

(2) w»9-7-®a 120 m2

(3) ^7 —7—AXi 3, 000 mm

(4) 7-^hsj? 1200 mm

(5) ^7-7-A>jSS 0. 4 — 1. 0 m/m in

(6) 99, 500 X5 Nm3/Hr

(7) ^-7-SWxSS 150 ~ 350 r

(9) 7 — 7—7 7 >E/j 368. 5 mmH20

(10) 8 30 %

(11) 206. 5 T/Hr

(12) ?-7-8S£fi$ 760 r

(13) i7-7-S$£SS 150 r tiT (*H)

-47-

4. ZL'—y-yf U 7* Y —-

(1)

i) ff* 0.6 MPa

ii) fiX 20 r

iii) ** pH 7. 22 SS <10 ppm

CaO 214 ppm Cl 83 ppm

(4) mma. -*«ie AC 6000 V

50 Hz ±1%

sm

b. m&(Dmmo «m AC 6, 000 V (## 400kW R±)

AC 380 V (## 300kW RT)

(5) Actuator

i) E A 6 ~ 8 kg/cm2

ii) < 160 “C

(6) n2

i) E ft 7 kg/cm2

ii) fiX 30 r

iii) SEX 99. 999 %

(7)

i) EA 8 kg/cm2

ii) fiX 200 r

iii) em/mm mms.

i) E ft 8 kg/cm2

ii) fiX 152 •c JEi.±

iii) mm6. zl—t* V Ur^f—

(1) 0. 45 7c/kWh

(2) 182. 5 %/T

(3) C0G#X 0. 38 Tc/Nm3

(4) m% 62. 2 7C/T

(5) %zK 0. 8 7C/T

-48-

3. SBHiHtt

SJlIHIStottitSm-m No. 1. No. 2 Rtf No. 3

hT-ti No. 1 «$StS. No. 2 S6#6#®Ef2S'x®»-7-#SEfiE#

mw&mitz.*8-3-1

#fSi@«E«EAfc*S<S81"-5 9-7-^i£fi$IC'DViTtt^-@®OT*TS

8-3-1 @#*»E t j-® ^ - 7 -#mE«mm® mm$#

max. 38. 4"C min. -31. 6t0

max. 25.930

fflWSS

No. 1, 2 *iK* (*##X 2*)

->-f >h*#"yi7XS$

nillinni ■■■■■■■■■■■■■■■■■ii

NmVHr(at wet)400, 000

-49-

3. ms^-7-

(1) ^-7-SS -7 —

(2) 200 m2

(3) 7— 3, 200 mm

(4) v-zr-mn 250 - 450 mm

(5) ^7-7-A6>liS 1. 13 - 4. 51 m/m in

(7) 160, 60, 50 r

(8) 7, 500X2- 3NmVHr

(9) ^ — ^ — 7 7 >CE/J -700 mmH20

(10) /; — -=r —# 189.0 T/Hr

(11) ^-7-$SS£S$ 693 r

(12) »-7-#S£fiS 150 ■c KT «ffi)

4. uL—'Jt^~

(1) ISA!*

i) KA 4 kg/cm2

ii) fflS 10 r

Hi) *« pH 7. 8 SS 12. 75 mg/L

(2) m®;

a. —^SilE AC 10,000 V +5%

50 Hz ±0.5%

HfB 5#

b. AC 380 V

ism

5.

i) KA 4 — 6 kg/cm2

ii) fiS > 150 r

6. J.-T'f

(1) mm 0. 26 7c/kWh

(2)

K

1

239 7C/T(3) COG #7 8. 2 tc/GJ

(4) 21 tu/GJ

(5) XtK 0. 35 7C/T

-50-

SR 9*

1. SRfe&S

1.1 «B

*7’D->'x^ HTta«i6Sme8$#©*Em#R=nitt©&B4B69i:L,

a$*«T-ro$jSlHliKI$#EBCol,iTE#{±a^l8:*S. E»CJ:5«Se&

tfSMHiRft a 4tftWt&. K«tt«ftS^#«S®iR 1C «fc SffiSOWJt CttSflS

M$ee©SESS^. Re«W«S®SSIcj:r)#6tlfcx-5'4^-Xj:1-5.

At, C © ? % ?-5Wtt«gi$^fiE5S*€

iT&5<, LA>Uj7-7-^d|6l£;fiata-®6t)iC 600~800‘C£iSST"*9, *

«S*Cj3UTtaiH«A!;SI#lAtA£SnTWj;HAt#VX ^iwanyx? s©

1ftH»S©lRl±40**;». HaaDyi? HT'Sli®©$.5>»-7-i^i6fiS©

$ws4«$v, a*Mtt©re*©±T*«Lfc.

i. 2 aneasE#

sffl-c©atec&ia-s'p*. 0^*©asE»4*9-i. 2-1

9 -1 aflsaisssEA

ms tpjj Blj

(i) ©(2) ©

(3) mitmmmx ©(4) ©(5) ©(6) ©

-51 -

s55

VAJ

g i$ <w

1 5 «5 % *=e 5 "^ S' jgS *J «

im ^

m fc fc S3 jb 55

K»fa'AJ#%•w<41 *ill. CO% cn: * fc iiCO

s;1 $HT l an cc1

lh W0 1lh H0 £>

1 an 1 x— anfc fc -tx fc fc

« CO »s E E S E Es

Wx HlxTO TO s TO TO

4K && S #; ^ # fc fc © $& 55 JB

IE *1* i

§■&Jiilin4gs

^ #

& si ntfinO 5& -A fc °§ * fc I 3ste iite ite ste -H

IS ft! ^ i IXI ^ mg mg y

tigtts si si *j- K

CM

# ^ h ^ -K 4g nnJP © ® © fc #

^ % mSl lij Sl iH jjJx E nH s

-K 4g #

© © ©

CO CM

K>fc8JB*1hti

rt

y

imC\y-R<

-c.XJ

K>fc8JB

K*GgeMTO

JKm■&&

%( Iffillx£ H

Fv

K>fc

#Ptm

fc■*JGfc

oo

OH

p

K>fcfcJBP

*iife

5?

K3fc

% §§> fc 1 fcsi E ti n JBP X. fc!

55UK -X P

1 # iss rx • * • • Ey

fc fc m si m 4te-W 1 si si x- si ti Hdmu mm K K i Hlx JljxBg ig r\ 3^ ■K -KrH CM CO

(3) mMm&omsmm

*9-1. 2-1 aWSfiSKy-fciSLfcaD, S'lSSC&B&ggM:, #st

gK©J6I, aiss B®i8J5eWti:$itiSfl»0^K£ Ufc.

i)

ESC&B&giJI^SMtcmurMVi/cfcVfc, (mffltt6yzBT-5>#l5eB6i £#RU

2) ateMMa^tti

aiefflMTLS (SKMft : 12 «m. #A*# : # 24 tt9r) & XJSlUfcfc

3) ESMi

#$SB©#$SIM#S'rig«lVc«Vifc,ai$#©Agcia5«Zl mi-7" £U

tr h-Wftti©aiS#$©2F«t-;l-»X5 «iW;.

(4) steg®

SituateC B * =k 98»56$fli# £fSmLfc. »%£LTM»ffl»lSlli<D

msmmtttr. *9-1. s-icKiex-?- #«e#xe, ibssisb

«$, *9-1. 3-2icfi8pD0?aaateB^is-r.

-53-

-54-

9-i. 3-i mtsv-y- ssassE

K1

mug

CMI

00

O)

n# A T\ K H -R R ^ ik I # Sg£*< n ft# •& <□

I M 4n K Si E@0@@@@©

N «V -ijA & 2n • -&

wBt tu

V ^ N , « V tt*

fSAS n u

5S-±^£ ngiSfc^^ IS t: V H

{W

IS

SK) JB4: si K ^ W , ■fc w

12 S \ ^

R w 5£ util tfc& "r^

toJRS

XICO

5&

4gM

<n

si-£ 3

©

-55-

2. m#-jjgatjlc 600~800ti:fiiiS

J;oT*-7-a'6>©«ffl*i*£Sl5gJ;tl3)-JI

U *S/'?7>Xri'5?-7-^©AS»T<6S*&«;EB£3R».

^-7-^B©tti^lCtmT^$6„

• #M@#xE# 9-7-flpsttJ:ostosn-s^xrojeoEfSi. -««

CStfXfiftti: 50~400‘C«±T* 0 9-7—fr 6©K#

• x-7-A^R&at%:oTEm$ti5%5©W3Em.

-*SWtC#*fc©Saii 50~200t:gST-$-$.„

• 7-KBS!* X-7-0X- J:3T±ai:*mgttSSI*.

(i) mam^xm#x-x-tiPMfStoS^xai&ytff^xfis^sjsu, $c 0-2-1) 1 cjo

SWxraBiW^ni..

& - 2 K x y« x (r«, - T‘ )x )] s: 0-2-1)

e«: ##XB# (kcal/Hr)

^,: swxa* (Nm3/Hr)

Y« : ##xite (kg/Nm3)

T„: SWxfi* (C)

Cpg(Tgi): SWx it«s (kcal/kgC)

r«: AflfiS CC)

-56"

(2)

»-7-^6©»®$*4iicSAL-e®Eto*s±s^'3a: 0-2-2) c± s 0-2-3) =fcd#s6«fKi»s#6n5>-

tKxCpwX A7w1 so — + Iwf

Wso X C/?s(7so)(9 — 2 — 2)

Qso = (Z$o — 7b )x Cps(Tso) X P (9 — 2 — 3)

CCT Tso: #$£SS (C)

#Em* (kg)

Cps(Tso) I #Ei±m (kcal/kgC)

7b: t^Eima£«£ CC)

W*: (kg)

Cpw (kcal/kgIC)

A7w : *?s±# (C)

TV • #$£SAf$©*iB rc)

<2 ” : SEE!* (kcal/Hr)

P. ETniSiSi1 (kg/Hr)

(3) 9 — 7—7—

7-7-7-^*£7-7-7-KB«£»j£U it (9-2-4) 4:97-

<2y = 2kx-R/i(7>-’r‘1)] S (9-2-4)

CCT. Of : 7-HMB (kcal/Hr)

Afi : 7-HBM W)

R/,(T/t,T.) : (kcal/m’Hr)

-57-

(4)

(9 — 2 — 1 )> (9 — 2 — 3 )> (9 — 2—4) 4; 0 7

w&mm> 7-fmi^^ 0-2-5) <kD?

Qg + Qso + Qf ^ tb Cps(Tsi) x P

j£ (9 — 2 — 5)

CCT, Tsi : ISEfUS CC)

-58-

■®W«CTStSeL^$6a£fBS«$MM®ilifflSrHTICST.

*9-3-1 CSKA# £ Si".*9-3-2 i:#*mm#m^e*£Si".eemttTHtr i—c &o(

#XiB«©l9ffi¥i9ti-#tt£SmT-£5Eflfc||'£ffll.Vc. je<D;t&*43©»ff. #

KttSEA.9-3-3 i:##xm&##**m£si-.

9-3-4 ICRgafBg#e^*&^1-.

9-3-5 1:7-PttMlimSSt.

9-3-6 l:$68tiB$fi-*ii8$£Si-.

9 — 3—1 #1%A#

8I56B 2000/1/25

#$6er=i 10:15^15:30

»-7-i£B :P 192.5 ton/H 1539. 7ton / 8Hr

t° k-#mm :C 0.85 -

OH9rffiSt :A 3.46 m2 4>2. lm

:H 50.0 %

SBSMBS : t 13.0 r

**ff : Pa 757. 8 MmHg 101. lkPa

5. 69 g/m3

(Mt«) :D 0.71 %

-59-

9-3-2i) no. i

n&m1

am®E

h

mmH20

6 s

r

#E

Ps

MmH20

mmmnm mm

V

m/s

r mm)X)\ 8E3 TO

Kg/Nm3

r

kg/m3

Q,(ffet)

NmVh

Qn’ (Dry)

NmVh

1 — — 331 — (12. 07) 62,418No, 1 2 — — 392 - (12. 85) 60, 355

3 — — 427 - — — (12. 38) — 55, 2904 — — 310 - (9. 66) 51, 744

to 365 - GnmHg) (11.74) 57. 5

— (mmH20) x 103

2) No. 28J$«B 1

am

ftffi

h

mmH20

9 s

"C

Ps

MmH20

^atkmnm mm

V

m/s

f mm

)X)\ TO

kg/Nm3

T

kg/m3

Q»(Wet)

NmVh

Q»’ (Dry)

NmVh

i — — 366 — (18. 44) 81, 881No, 2 2 — — 281 - (12. 29) 62, 955

3 — — 264 — - — (15. 13) - 79, 9044 — — 358 - (17. 28) 77, 578

TO 317 - (mmHg) (15. 79) 75.6

- (mmH20) x 103

3) no. 3

ate WlE

h

ramH,0

6 s

*C

#E

Ps

MmH20

mmV

m/s

r m#

)X)\ #3 TO

kg/Nm3

T

kg/m3

Q„(Wet)

NmVh

Qn’ (Dry)

Nm3/h

i — — 225 - (10. 37) 66, 469No, 3 2 — — 188 (11.48) 79, 346

3 — - 157 - — — (9. 82) - 72, 9324 — — 204 - (ii. id 74, 279

TO 194 - (mmHg) (10. 70) 73. 3

— (mmH20) x 103

-60-

9-3-3

No. s»

[Nm3/H] pci [kcal/Nm3<C] [kcal/H]

1 57.5x 103 365 0.314 6.35x 106

2 75.6x 103 317 0.314 7.22x 106

3 73.3x 103 194 0.312 4.13x 106

u* 206x 103 17.7x 106

i 10% t LT 1.1

19.5x 106

9-3-4

—--------- - -— *i0B

SS20B *3@B *40B

*<Z)S* w, [kg] 30. 0 30. 0 30.0 30.0

g&eomm W2 [kg] 20. 1 20. 85 20. 35 21. 8

EE&AitoxKS. T, [*C] 9. 5 12. 0 13.0 17.0

E5SA8*$ t2 ra 35.0 38. 0 33. 0 48.0

tK?M±# AWT, ra 25. 5 26. 0 20.0 31.0

zKolt# CPW [kcal/kg^C] 1. 0 1.0 1.0 1. 0

ATS= W, AT,Cp,/w2 Cps

TO 221 218 171 248

T3=T2+ATs DC] 256 256 204 296

STji/n DC] 253

S£5©itS>(25tl$V) Cps [kcal/kgC] 0. 172 0. 172 0. 172 0. 172

Q=T3-Cps-P [x 106 kcal/H] 8. 48 8. 46 6. 77 9. 80

EQi/n [x 106 kcal/H] 8. 38

-61-

9-3-5 7-K4MRJRW5ti|g*

[■c]AT

ra M [kcal/m%] [kcal/H]

l-*¥ 317. 5 304. 5 24. 6 6100 150x 103

317.5 304. 5 102. 3 6000 614x 103

2-*¥ 260.0 247 28. 6 4300 123. Ox 103

2-SS 260.0 247 132. 7 4200 557x 103

3-tK¥ 152. 5 139. 5 28.6 1900 54. 3x 103

152. 5 139. 5 123.5 1800 222. 3x 103

ft* 1. 72x 106

-62-

9-3-6

P [ton/H] 192. 5 192. 5 192. 5 192. 5

SPitefiS To ra 256 256 204 296

ymm® Q, [x 106 kcal/H] 8. 48 8. 46 6. 77 9. 80

q2 [x 106 kcal/H] 17. 7 17. 7 17. 7 17. 7

7 — Q3 [x 106 kcal/H] 1. 72 1. 72 1. 72 1. 72

EQ [x 106 kcal/H] 27. 9 27. 9 26. 2 29. 2

&&Emm(25x:&m) Qe [x 106 kcal/H] 27. 9 27. 9 26. 2 29. 2

*&SS5 Jt»U251C#2» Cp [kcal/kg'C] 0. 214 0. 214 0. 212 0. 216

#6$6SS-25'C T i -25 ra 676 676 642 702

Ti [•C] 701 701 667 727

TO&aaas T ra 699

2)sas#iif;@& (BMUOKiLfiS)P [ton/H] 192. 5 192. 5 192. 5 192. 5

#PS£?B$ To ra 256 256 204 296

vmm® Q, [x 106 kcal/H] 8. 48 8. 46 6. 77 9. 80

q2 [x 106 kcal/H] 19. 5 19. 5 19. 5 19. 5

Q3 [x 106 kcal/H] 1. 72 1. 72 1. 72 1. 72

mmmm EQ [x 106 kcal/H] 29. 7 29. 6 28.0 31. 0

Qe [x 106 kcal/H] 29. 7 29. 6 28.0 31.0

Cp [kcal/kg'C] 0. 217 0. 217 0. 215 0. 219

*&S£?a*-25t: T 1 -25 [1C] 710 710 677 736

lal£SS Ti DC] 735 735 702 761

TOj&SKSS T [1C] 733

-63-

4.

m%.mmzxmi&v&s&KSAM-a*aB mnesHT cs-t.

#9-4-1

#9-4-2 Beasts (no. i #stwT®

#9-4-3 c#mam##meB(No. 2 »b«t® £*t\

#9-4-4 (c#*,MB#a&e*(No. 3 #smT$) ss-r.

#9-4-5 (cflm©B*#eiB*(No. 1 #««±B)

#9-4-6 tsfBisa*a^«*(No. 2 #a«±® sst*.

#9-4-7 ic#mmm#a%#*(No. 3 »a« _t® ss-r.

#9-4-8

#9-4-9 ICritiBiiMEHifeBBSiR-r.

#9-4-1 0IC7-Ktttt!Raj©B*£*-f.

#9-4-1 1 C*&*Sfi«W-*»g*S:Sf.

9 — 4—1

a$a 2000/1/17

agBta 9:40—16:15

M-S6B :P 189 ton/H

k° :C 0.85 -

:A 10. 9 m2 4. 2m x 1. 3m x 2

##am :H 90. 3%

S?05$SflE : t -1. or

*fl(K :Pa 610. 9mmHg 0. 08142 MPa

tK^ 5. 03g/m3 amisc, wm*33%fag

:D 0. 63%

-64-

*9-4-2 »«fU§fJS*«lJg*S* (No. 1 T6E)ilSi ~\ iFSSlT-

toffh

mmH20

7SS

6 sr

#ffPs

mmH20

mmmnmV

m/s

r mm)X)\ #3 TO

kg/Nm3

r

kg/m3

ft, (Wet)

NmVh

Qn’ (Dry)

Nm3/h

Ll A 1 max 155 -18 4. 12B 3 min 155 -18 7. 14

No, 1 C 7 ave 155 -20 1. 284 0. 8343 10. 91 158 157

m§m L2 A 3 max 172 -17 7. 14 x 103 x 103

T® B 4 min 171 -18 8.24C 6 ave 172 -19 10. 10

L3 A 3 max 171 -17 7. 14B 4 min 166 -19 8. 24C 7 ave 169 -21 10. 91

L4 A 1 max 155 -16 4. 12B 3 min 155 -17 7. 14C 7 ave 155 -20 10. 91

L5 A 5 max 111 -17 9. 22B 3 min 111 -19 7. 14C 5 ave 111 -20 9. 22

L6 A 2 max 133 -20 5. 83B 1 min 133 -20 4. 12C 7 ave 133 -25 10. 91

L7 A 3 max 155 -15 7. 14B 3 min 131 -25 7. 14C 6 ave 143 -27 10. 10

L8 A 1 max 135 -17 4. 12B 1 min 135 -17 4. 12C 5 ave 135 -21 9. 22

¥iS| 146. 5 -1. 42 (mmHg) 7. 68

-19. 3 (mmH20)

-65-

89-4-3 #«f9B*SJ6S$(No. 2U-SiBS

ant BE B8E 8to mmmnm mm f mm

)X)\ h 6 s Ps TO r V QNfflet) QN’ (Dry)

mmH20 V iwnH,0 kg/Nm3 kg/m3 m/s Nm3/h Nm3/h

LI A 5 max 90 -35 8. 70B 10 min 86 -36 12. 31

No. 2 C 15 ave 88 -38 1. 284 0. 936 15. 07 247 246

L2 A 4 max 85 -35 7. 78 x 103 x 103

T8E B 5 min 79 -35 8. 70C 17 ave 82 -32 16. 05

L3 A 4 max 95 -35 7. 78B 7 min 91 -35 10. 30C 14 ave 93 -43 14. 56

L4 A 3max111

-34 6. 74

B 6min109

-34 9. 53

C 11 ave110

-41 12. 91

L5 A 5max120

-27 8. 70

B 7min120

-31 10. 30

C 10ave120

-36 12. 31

L6 A 6max102 -31 9. 53

B 8 min 97 -34 11. 01

C 13ave

99. 5-37 14. 03

L7 A 6max107

-33 9. 53

B 8min107

-34 11. 01

C 12 ave107

-38 13. 48

L8 A 3max107

-32 6. 74

B 5min100

-35 8. 70

C 9 ave104

-35 11. 67

to 100. 4 -2. 56 (mmHg)

-34. 8 (mmH20)

10. 73

- 66 -

It 9 — 4 — 4 3

r m a

max 85min 84

0. 98811. 2845 ave 84. 5

max 83min 78

6 ave 80. 5max 98min 96ave 97max 90min 84ave 87max 62min 57

ave 59. 5max 80min 74ave 77max 92min 83

7 ave 87. 5max 82min 66ave 74

-2. 18 (mmHg)

-29. 6 (mmH20)

- 67 -

S9-4-5 1

Qn (We t) Qn’ (Dry)

Nm3/h Nm3/h

-61.04 162 -61.0

14 222 -61.0 0. 798815. 76

-61.0-61.0-61.0-61.0-61.0-61.0-61.0-61.0-61.0-4. 49 (mmHg)

-61 (mmH20)

^9-4-6 2

Qn(Wet) Qn’ (Dry)

-61.04 162 -61.0

1. 284 0. 7988 15. 76

-61.0

11. 92-61.0-61.0-61.0-61.0-61. 0-61.0-61.0-61.0

-4. 49 (mmHg)163.4

-68-

9-4-7 »sms»atts@*(No. 3 mtm±mHJ&BS

es»E

h

mmH20

tm6 sr

Ps

mmH20

mmmnmV

m/s

ii' mmn’\ TO

kg/Nm3

r

kg/Nm3

Q„(Wet)

NmVh

Qn’ (Dry)

NmVh

U1 A 2. 5 162 -61.0 6. 66B 4 162 -61.0 8. 43

No, 3 C 14 222 -61.0 1. 284 0. 7988 15. 76 192 191mm U2 A 6 170 -61.0 10. 32 x 103 x 103E-hSK B 8 197 -61.0 11. 92

C 10 204 -61.0 13. 32U3 A 2.5 121 -61.0 6. 66

B 5 141 -61.0 9.42C 5 160 -61.0 9.42

U4 A 2. 5 121 -61.0 6. 66B 5 141 -61.0 9. 42C 5 160 -61.0 9. 42

163.4 -4. 49 (mmHg) 9. 78

-61 (mmH20)

9-4-8 es

mm® no.

■H

rci [kcal/WC] [kcal/H]

i 157 x 103 147 0. 313 7. 25x 106

2 246x 103 100 0. 312 7. 77x 106

3 180x 103 80. 9 0. 311 4. 58x 106

Wr 583x 103 19. 6x 106

-69-

9-4-9- - - - - - - - - - - - - -------------- -- - - - - - - - - - - - - - - - - - - - - - BIBB % 2 ms SB30B B4@B

w, [kg] 23. 4 20. 8 20. 6 21. 2

Sto<7)BM w2 [kg] 30.0 30.0 30. 0 30.0

T, ra 7.0 7. 0 7.0 10.0

*S t2 [1C] 42. 0 34. 0 34. 0 53.0

*fi±# atw=t2-t, DC] 35. 0 27.0 27. 0 43.0

CPw [kcal/kgC] 1.0 1.0 1.0 1.0

SSBfiSA# ATS= W, ATwCpw/W2Cps DC] 159 109 108 177

t3=t2+ats ra 201 143 142 230

y-mm&s. STji/n [c] 179

«5©JtSR(25"C*# Cps [kcal/kgC] 0. 172 0. 172 0. 172 0. 172

Q=T3-Cps-P [x 106 kcal/H] 6. 53 4. 64 4. 61 7. 47

SQi/n [x 106 kcal/H] 5. 81

9 — 4—10 y~- M41-MB8

[1C]

AT

ramm*M

mum[kcal/m%]

ma[kcal/H]

l-zK¥ 136 137 94. 2 1900 179x 103

l-ML 136 137 289.6 1800 521 x 103

2-*¥ 92 93 73. 3 1100 80. 6x 103

2-M 92 93 257.0 1000 257x 103

3-?K¥ 29 30 83.8 200 16. 8x 103

29 30 268.9 200 53. 8x 103

ft 1. 11 x 106

-70-

9-4-11

p [ton/H] 189 189 189 189

To rci 201 143 142 230

timmm Q, [x 106 kcal/H] 6. 53 4. 64 4. 61 7. 47

fflxzmm q2 [x 10s kcal/H] 19.6 19. 6 19. 6 19. 6

7— Qa [x 10® kcal/H] 1. 11 1. 11 1. 11 1. 11

mmm 2Q [x 106 kcal/H] 27. 2 25. 4 25. 3 28. 2

IS8£BltE(25'C*iF) Cp [kcal/kgt:] 0. 21 0. 21 0. 21 0. 21

*&Ste®K-25t: T i -25 ra 686 639 638 710

*&l£SS Ti ra 711 664 663 735

T [•C] 693

-71-

line

O

mi o#i.i. i(i) -m7-<o®5cii#ffiTti7a<, (#m») ®#%ic#»©/w^&

&. ss-r-swjetoEtf-sa^Btt,4"*0#mnm#T6B^Aioca. iwffiittt'siitai)**. >\'«s©fflw TE* Sri'S. «EMRfl«8¥. K«*-

m*#0#%%#aAlCO&#e#oTA1. E|iKfiE2$Tjg8lr LW<*S:St-3TH5. C ©-?> 9*ti561® =fc0»-7-®&S®i6Sti;W]EL&V>. ^-7-©#%iSdli, B/H7,0®#ro*:ib C 2m7 v l/1"S.S3§® No.2 -etiZj < , No.3 i&oTUfc.

(2) M-HIEBMIS (»-5-¥B0)

#a,M9A *

i. 2 *mi:*i-s#mia®E«#;mmXtl£T#fdt* <fc D. S#@«i:SA@«© 2 a-XS#WLfd&Ml£mW L

fc.

SM@« : 20T/H. H**—>3>»«S 6t6R. @9X5.2 m.SAM? : 4200kW„ 9 AM. @®5.6f,

mm S12f2. 2 #98, flu

cni:»Ltffl3^>Mt LTEeS^y-ICzS;^

6##Aa&sa®ca.KEEfitffl&jfiA^O^. >®(?

lhfflr=l7)W< /U T'SSim®^ 9 S^®T*. WKLTHS, ■&&#■(:, *

«E»®t>®li. S$«Sffll$320 Ate (4160 7mfflS) T, 1.2 fe0«(li*5 i®Xt„

-72-

2. ipffl£iS:T®#S

2. i rntzmomh

(1) 1999 4=BTH6titirT428X©mm#>'EB$tlfc.

365.

io-2. i-i :#m©mma#IW (m2) &# %

130 31 7.324~129 197 46.0

<24 200 46.7428 100

2. 2 ms» - 7

4=Bm«9hk*tt. mS 9 - 7 -MB® §:UTere. SICTIBCDS

(1) ###<7-

^STtHTSgtiEiSSSfl bfc&HliSilJ3l@t No^isOm2), KUiSSttNo.3(265m2x2 $)S.tX;E-T^VS5r36SLS:*M$Hto No.l(90m2x2 $)#!$> 0, 9

(2) ##a##0Rmm

60 $©#B®iR88:fi6$BgL-ni5-!ii, %aA!#*A©t©T$

D. asro^'f 7-5--f ^TltoU.

(3) #.«Ef8fMS#

*<F©a«^a.

2. 3 m#a##0«K#(1) ««

t^aeasHiksicii. mtsz-y-vmmK mmfim zpvt-omffiLrt/Ztf, X&IMOrf&O. LTv>5. sKtiEfi. e*S5rc-ffli6TSM£n, £/u£/u#fnmmz££?T£tt.

jS!SS:»«!0IRiS«H. .WSriT7$<M%dtl^fc©r*$.-5„ 1989 *f©»*

«*. @£@W8:Ui©?iF6lc4,BBfiT#®.2tl-5C<t:lc/j:9,

60 *©SK#S©tmW»LTto5. 7-iC«E#S#.«@iKIS«

-73-

U£©ti:$lljSfl#T$>5>

(2) gVWtox'nHzXSUi

®tt©*SCJ:-3T, (/M71*). *WS (/H y«»*) t»sis ©3##$6. ;ctu ^$Tj;<8yistiT^

«-ESm,ff7Xtt©#le$j:je©yn-fextd:T©«tllS0lcSUTV^ j:5C- «%S&a##»*©/w y-r/w yx.%^ s o. ±

SiTStfflTz*-^ Flcta^tots. ^atttTKStJ-h^itcTSg^ k-ti-5>=

ae-r-ssfti. /H7,3.-y Mcs$*©«i#s#$An5„ s%aic*$-oT£*;?£, #KnigiS5.

X>6TC*-;!/K(:•&«£0#*8©±8B©-?-*

-;|/ HTS/H 7'^E*£fl&. «*®T»ai£ftfcKHft*L&S1*t&0. m*?T@g©7=*-;t/hi*»T®^ayc©j=?t« ojgLT. s»s«©fc»ta?R^n-5.

mm±##

XD-trxSSttlSia

(3) T'D-kXXD —

£nik*x>x csttxnstu #k* xyicj:

0#EStl«i6X-7-©f6Sa7-h,K8gLTH-5*T.«!S^Se.n-S.„ E6

s#c#fi3nfc*tt, ®iES$ <e*$) HicEmuTn&m*

#%#§&my##^6©#^xiK&&mLT, sjtoEfit&ofcfiftji&t&s.

-74-

5©«WIR£*H. ]ECS%SnSK©av>aSS*^z5;0, sKflA-yy-SrjiO,

Z1—if—$ fl-5o

SS»«©#iS!BJK©-li86<l»7,D-kX7D-5:K"Flc$-r„

(4)1) *ffi8'>X7LA

2)

3) iDS^^XxA

(5)

1) SK*S©S«^HTCjRt"„10-2. 3-1

ttiKttifflflKm2) ssturaecr/H) S5CffA(MPa) mmam3»»» 24 2 0.4WKlUSmS 130 1.8 0.15 1989LS$lJU 130 3 0.4 1992w&mto. 130 8 0.7 1993%wm&; 130 8.5 0.7 1998

90 5 0.4 1994265 12 0.7 1997

mum* 265 18 0.7 1998irtmm 90 6 0.8 1997sy$*m 75 6 0.3 1996

-75-

2)

(DN0.2 xm® N0.2 130m2 t\ 1939 ¥k:s-£

Tt^To

a. : i9orB. SSEUhJJRS : 1.8T/H

C. : O.lSMPa

D. SMSS : 150t

(2) ±SS0J

1992 ±##E^g%(D 200m2x2 S(DRI^“7-C2

a. 7-xny^xM: 230VB. : 2.0-3.5T/H

C. ^^E^J : 0.2~0.4MPa

d. : i?or

(D mwm&

No.3 ffiffixmo 130m2x2 145m2x2

-\z£ eb u 1993 wmomm#

A. : 200~40(yc

B. #mi34X# : 140,000m3/H

C. M^Xtl : 8.5T/H

D. S^E^J : 0.7MPa

E. MMM& : 200V

- 76 -

(6) »6 N E D O t f II/## 7-S#E@«E«) ©Jt«S

10-2. 3-2 MSiC.b^'fms -i" 7-;£8E!t*0iK

1 a* en2 #$3 <6vt4 >F»J iij*g

2) 7-5»»SB«©S0!l*fBg10-2. 3-3

etiSttBWm2) 9-7-@«(m2) m 7-3CS^@iK (Ktt)

*uiw«i 180 190 2.0MPa42T/H

15,000kWh

O.SMPa5.5T/H

m&m&i 130 200 2.0MPa14T/H

2,900kWh

0.4MPa3T/H

105 120 2.0MPa20T/H

8,000kWh

0.9MPa5.4T/H

-77-

si i» »«Kth• mrfttu

si i#igfimn-•

1.

0 >fo*»»a&ctTcs-r*© <fc 5 ic. =fBT©MSit¥S'it»iS'itae Lit.

CCT. EHT«r*ift-t5.

C : =P B WESa^SSRtXSlB £J : E^SSRrXSfflSrti-a (ML. 4’B'T?©5§:ff-fil6£^tf) JC:H(fit, SBTtoSfiniiJIittW•£>!$«)

-78-

C:4>*. J:B*. JC : H*(^HT<D8^=Jt6ttW-5l9:«)

dW 7-ft*yXfi>

-79-

C:**, J:B*, JC : B a-T(OS#

No. m m2 &#)

S*Eli- S^H Ktf

2. smiseE#

2.1 (2)

(1) 2 j J J JC(J)JC4 j J J

oa»ss. 2) (J)

(2) 1 j J J JC(J)

2 j J J JC(J)

Iti'1 j J J JC

(J)(3) 2^: j J J JC

(J)(4)

#f# • jOtt/Xi* *42 zt j J J JC

(J)(5) 2 j J J JC

47" h$7^ -, 7/$-^ (J)(6) 2^: j c C c

2.2m*gg(yixy%^-)

(1) 2 j J J JC(J)

(2) 2 j J J JC(J)

(3) 2^: j J J JCmi¥Rmmnr -a (J)

(4)&u

2^: j c C c

-80-

1M l/>-tt-

-81 -

C:"to. J:B*. JC :

fjvaX ?RW XNV17'

-82-

C:**- J:B*. JC : B #(*HT©«^ojlgtt*5 ®fig)

No. ^3 W & a(### 2 $#)

SAI&sf* mmm#

2.5

(1)

yy h

yy h 2^; J j J c

(2) IW yygyy' aOh 2^ J j J c

(3) y & — h 2^ J j J c

(4) v m a> 2it J j J c

(5) 2^ J c C c

(6) ffi%@cSS 2 & J j J c

(7) -A 2 ^ J j J c

2.6(1)

*S77>77 > 2 J j J JC

(2) AW >A° (t-W) 2 J j J(J)JC

(3) 8«jH- & SWfff- 4 J j J(J)JC

(4) t—^ 2 J j J(J)JC

2.7 y >A' -i$m#§AW >a° - 2 J j J

(J)

c(1) t— h^i/vu yy— 2 J j J c

(2)2 J j J c

-e— b )vy]) yy— 2 J j J c

(3)2 J j J c

-E— u 7 y— 2 J j J c

(4) 7 7%/A#jy>/'%- 2 J j J c-e— h )vy]j yy— 2 J j J c

(5) ^uii^AW >A° - 2 J j J cE:— b)vyi) yy— 2 J j J c

-83-

(ss • a) ' q ?:i? 2 (z$

5-4-?IIIa#W mra00A (o^YZS.gti < yo^l~SA -4 (t®Bii&aw

m \z ## 's^osss0 0 0 0 %g CfiVrK GG-IG 31T 9G

(p) mm)OP p p p f 4 —4/^4 r"£ g G

0 0 0 p £Z(p)OP p p p £z ir-4

0 p p p $ES fG

0 0 0 p £z (P)(p)OP p p p f 4 —£A <=■ £~ (G)(p)OP p p p £z 1f-4 4 >-fr (Z)

0 p p p £z TQ£fi$C&4-£ (I)

GG

0 p p p £z >-fr ZG(p)OP p p p z 4 —£ W(p)OP p p p z 4f ^t-4 — n (G)(p)OP p p p z (Z)(p)OP p p p z (I)

u TG

G

mis 4i«ni*s mi«(#*zwt$)

m % # » •ON

(SSI9r#»39I= ^Stoa-B*)$:B : Of '£B:f '£*:0

C:=f=*-

No. ^3 $C # S*Elf- mm## «{£0

41/—^

(1) 1 J J J J

(2) yx^l/—^ 1 J J J J

(3) 1 J J J J

(4)

1 J C c c

1 J c c c

PH value controlScale dispersantScale inhibitor ChlorinatorCl2 leak detector

with alarm

1(2)(2)(2)(2)(2)

C c c c

(5) 3 c c c c

^ lx—>1 J c c c

-85-

No. ^3 $5 »#(%*# 2 S»)

s*eh- mmmm mm

5. E#

(1) maE# 2it j j J c

(*B77>y2it j j J c

(2) $B*EW 2 it j j J c

(ffl77>y X AhbHfc)2it j j J c

(3) %**E@ 2it j j J c

(ffi77>y X JH^h#)2 ^ j j J c

(4) ESiBW 2^: j j J c

(ffi77>y XMM^)2^: j j J c

(5) EW-y-#- h, yyZ 2 it j c C c

(6) 2^: j c C c

-86-

C:f2r. J:B*. JC :

No. 4=i # s mtBEH- mm#

6.

(1) 2it j J J JC(J)

»-f >W8 lit j J J j

(2) i^TKxXT-Afflti-S lit j J J JC(J)

(3) lit j J J JC(J)

(4) lit j J J JC(J)

(5) 2it j J J JC(J)

(6) lit j JC J JC(J)

(7) lit j J J JC(J)

(8) #EB2«W]-7',HvtOH' X »7'

lit j c C c

(10) D-8ISms-y-vOi/mi-®IfglWfi

lit j c c c

(ID ?"#no i it J & JC J & JC J & JC J & JC(J)

-87-

C:4^ JC : B^^BTcDM^SgttWSES)

No. » M(ft»«2*»)

S*Eli MEED- Kffl

7.

(1) ttSMft izS J J J JC

(2) j@ES«$ i J J J(J)JC

(3)

1) CB JRttfi2) $Kgg 1

1 zt J J J

(J)

JC

(4)

1)2) fiat-jiis3) PLC RMS

##• i z£ J J J

(J)

JC

(5)

1)2)3)

SEEgg i zt J c c

(J)

c

(6) -b>+h— i zt J J J JC

(7)

1) 'J^7 hX'f2) d—K*fe;i/

i zt J J J

(J)

JC

(8) 1 zt J J J(J)JC

(9) 1 zC c c c(J)c

(10) 1 ^ c c c c

(ID i zS c c c c

(12) SI$'>X-tA i ^ c c c c

(13) -y >y Afh i^: c c c c

(14) I^TvXfA 1 zC c c c c

-88-

Qmm, m%vm

Z>b<DtL S.'tSE3) 0^A£154) EHI^- h (C|E ^ <D <h U

-89-

C:4=5, J:B*. JC : B ^(4= BTCDS^ nJttttW 5 l$6)

No. ^3 » m $*»«• mgEtt wm

8. ®#©)5:»ld#i$«gg(E§l+©£'g^;fc©)

i*c j J J c

9.

EXHIBIT A#m

i*S j J J J

9. aaae-SEiiC©^© i ^ j C c c

10. 91$r* SI 91Is <£>;£:&£>7A° -7

is: j J J J

11.

12.

2 fMfma

±*, ##

i^: j J J JC(J)

tt#WS#,±*(X«) isS 5) J C c cmm ii£ 5) J C c c

13.

©%#)

i a J C c c

ees) **Erhi, mm#m iMto^sEERwascitssE8®#s©##t*o,

ob<ntL$.t.

-90-

2. ^i$©S!g

2. 1 a±, CtlTEWS

^hwc+htisw- • miim*5.<k 5 iztzmmmT’&Z'

2. 2 Wfc, K^«S{6«fctj-roS@T-tM'-fU <, MBtcaKffiT'feWII©rtSIC^-

V, fg#& LTH<

-91 -

DO

si 2$

ins. cft6c4#coi>m $fc*e«ST$-5.

att-e#eLfc^s$eTMVTU5,=

-92-

i. mmm»

i. i

i2-i. i-i rostragEEBSttS

tmm

360OT/D•S

n-xxi£ ( ) kg/S-T

1 0 5m2/S

£* (;tl/y h) m 2. 5 m

®wm

6 8 or-73 or

fflSM 5 5 2 0 T/D • $ (2 3 0 TZH • #)

1 2 0m2/S

■f-Mg —

"£$ (/1> ) Ipg 3. 0 m

*□ ${BlHSiS 1 2 0 Omm

9 7 5 0 0 Nm3/h r * 5 &ZX

^gi7T>EA 3 6 5mmAq

»0JRB«©#2|kKtttta

3 6 0 0 T/D•S

n —XXit ( ) kg/S-T

»»«*&»» 5 5 2 0 TZD -#(23 OTZH • #)

6 8 0r~7 3 or$K

»si«mffl-rro«igsE*B?a* WRBTOl 5 CCHT

1 2 0 0 mm

@iR^XM 1 9 0 0 0 ONmVhr • #

@«sa# (tttt«) 2 2 TZH (1 9kgZcn2G) iiMSl/

@«S»» (BtH*) 8 7 5 Okwh max. Z2$

S8KEE«tt<atttt*i$&yiS*«®ct 0 A# L fc»ntzM-3££-t.Ati|T©«E«i£fiS tigitoSSWSSiB* KXo'eSffilZdeTT.

-93 -

i. 2 mmmwuM(i)

t7-7^(Dlfa i£M :t7-7^(Dlfe&Um :^-7Ae>±)8@ :

:(s/h m#j) :

2 3 0 tZh-S 7 3 0 V 1 2 0 0 mm 12 0m219 kg/cm2 G * 3 5 or mm

(2) ^[hOT: 8 7 5 0 kwh Z2

(3) mmm1 2. o#m(S*E!h MM • • CPU, Turbine& GeneratortiB*Sl )

(4)qFffl[EJW&m : 2. 8 0SR (8750kW*24*365*0. 85 (##$) *4.3 RZkWh)

C 0. 337cZkWh]:

(DMiJ : EMm 0. 7 5%-0. 0 9#M (DSESffl : «*■•• 0. 2 5#M (770kW*24*365*0. 85*4. 3flZkWh)

$£*••• 0. OliH (60tZh*24*365*0. 85*2. 3RZt)CO. IStcZI]

(3)A## : - (20, 000F3* 12*2): 0. 2 4#M (^##*0.02)

mmt 0. 6 (0. 5 9 + a)

[hIJR¥ 12. 0Z (2. 80-0. 6) =5. 5¥

-94-

8

2 I 3|±|6 I 6 I 7|a 1 9|m

H—B

$ SumHon» M#*vyIndustries,Tokyo" japanTifFarnsmzruomr

Z-l-Z

im

'5S 25s iinrnwruL :? am. tm m•unewNumr noamua i Mmua eineir wr • mm

K'I

~T

2.

2. i aguaesett#

i2-2. i-iMSSESttS

±sm 3 7 9 OT/D •$

n —^xit ( ) kg/S-T

#*§###* 1 0 5m2/$

■&* (/tlxy h) 6 m

7 6

®a» 4 9 5 6T/D-S (2 0 6. 5T/H«S)

1 2 0m2/S

=t=-c.>ag —

(A°> ) ipg 3. 0 m

ifSffltoK 12 0 Omm

»Sl7r>a* 9 7 5 0 0Nm3/hr* 5#/&

A#7y>BE* 3 6 8mmAq

ym®«ms<DM*mn-ttm««!££*» 3 7 9 OT/D * $

( ) kg/S-T

4 9 5 6T/D-S (2 0 6. 5T/H-S)

7 6 0"C%

nimm&WTomm&mmug. BflfflTOl 5 OtltiVF

&£«£l§EJgi6£ 120Omm

@«#x» 1 5 0 0 0 ONmVhr • %

@«S«* (###) 2 OTZH (1 9 kg/cm2 G)

mxm^a (###) 8 0 0 Okwh max. / 2 S

-97-

2. 2 titm'r'-ywmgm&m (1) ^

:^7-y/Vy±mm :'r-yfi&VtiMmm :iwemmftm (s/h mm> :

2 0 6. 5 tZh-S 7 6 0 t 1 2 0 0 mm 12 0m21 9 k g/cm2 G * 3 5 0T: I

(2) %[34Xj: 8 0 0 0 kwh/2

o) mm1 3. 5#R(**##, MM-im- CPU, Turbine& Generator's*# )

(4) [eMW: 3. 5 OSH (8000kW*24*365*0. 85 (###) 45.85 R/kWh)

C 0. 457c/kWh)

(D&m : o. 7 s%-o. mn(DiieWffl : MtJ- 0. 3 3#R (750kW*24*365*0.85*5.85R/kWh)

*&*••• 0. 0 4#R (50t/h*24*365*0. 85*10. 4R/t)[0. 87C/t]

: - (20, 000P3* 12*2): 0. 2 7SR (ESW*0.02)

mmr o. s co. 74 + a) mm

E4X# 13. 5/(3. 5-0. 8) =5. 0#

-98-

3. m%msi

3. i

12-3. 1-1 X -8tEE«tt«

±mm 444OTZD•$

3-^xit ( ) kg/S-T

1 3 0m2/S

e* (Aky h) <B 2. 5 m

sm

sa HS185I

%msm 64 or-6 9 or

mmm 5 112 T/D • S (213 TZH • $)

WS6»91B« 2 0 0 m2ZS

w« 2 4m

(/\°> ) W 3. 2 m

5 0 0 mm

M7r>Si 7 5 0 0m3Zm i n * 3 n'ZS

— 7 OmmAq

tt&BiRKfltoaM4 4 4 OTZD•$

n — ( ) kg/S-T

5 112 TZD • X (213 TZH • S)

6 4 or-o9 or%

1 5 Or^T7 0 0 mm

0«^XM 3 0 0 0 0 0 Nm3Zhr • $

0««M* (ISM) 1 9T/H (1 9kg/cm2 G) i§MS/

mes^s (mmm 7 3 0 Okwh max. Z2S

<t 0 A$ LfzMWtzM-3Z»9HSAfiiJT"06$iBS£S$(3;S#mSSlS#S$C$0'S*mU15:ttT-#"=( ) rt»«a*A¥T-r=

-99-

3. 2

(i)

z-ytftmvmm[§JMM:$( I -SZHmfiiJ)

2 13 tZh •S 6 9 0 t

7 0 0 mm 2 0 0 m219 kgZcm2 G * 3 5 or mm

2) ^lelJRj7 3 0 0 kwh Z2

3) mm m1 3. 7#M(#*##, Sin • HE • CPU, Turbine & Generatorte0*B )

4) ime#¥rB1@JR^S : 2. 8 1#M (7300kW*24*365*0.80 (##$) *5. 5 MZkWh)

CO. 4257cZkWh)mm :(D&m : o. i s%-o. i omm

: ntl- 0. 3 5SR (920kW*24*365t0. 80*5. 5 RZkWh)0. 0 2#M (50 t Zh*24*365*0. 80*4. 6RZt)

CO. 35tcZt): - (20.000Fbl2*2)

®$k±m : 0. 2 7#M (ESS*0.02)

mftWr 0. 8 (0. 7 4 + a)

[me# 13. 7Z (2. 8 1-0. 8) =6. 8#

-100-

I , 3mss

10 I 11

I I

7

-102-

TKw mww# %m tx majum tr motm mA*r neuenui wnin nrwur m*i «FK5783S SSSbSmSbsj

INK 17)1lltl IIIh ja

M (WJj«ii

TVTV5

TV2000-02 ISAU2) FKB782S

SCALE 1 DATE 12000-03-02DRAWN CHK* D INSP. APPR.

UMflffl B 5

TOKYO. JAPAN

mi* Z9303 1 1

8*0681

FK5783ISRAW OF PATTERN 1 MICROFILM

CO

* sSI nS0 Mr§? Im mi s i rv #$1 m

&■ @

13$

4280> F*j6oSie:toffl

^##^##04%##^ £tz±m(D 2 5 StD*^

WES^V^TV^o 24m" WTO 200 SteEEttS<h LTtolW/*

24m2 J^±0 228 S^> 65 S, 29%(D%##a##&[g4X&

E@LTW^C<h(:^0, MDOfM^LTt^ifx^o

m@W:#LTkL &tttbmmmz.Mr)fa/vx*^Z>Zt&^LT^Z>£-B^Z>o

C(D<kotm&frZ, • ESo&Ef£t;:ovt-m>

£< (DtrJimmzftLT, b «<£>*)<£>&, e

6 to to: 6

-103-

#14$ %.tib

mi4# ££*

igjR£5iV<Te;<i.

a»»«©»«nIffitt©ttWKmcfe. *BT©7*D-7-y

fcfflTcfcofc.

M**fS©W0cli. Bl¥7fl©tt&flWTfrtoftft:0^#X*tSf-T®»am »«0M'L'*^ICJ;OaSt^!b©-C*.O, 5-n£W-88B®BS©iWn£a£tof9-t SCiCSioW. ■fBiREI+ZcT)'!, t> 5 M#Wj:88BtH5

#MIC K) #T, C £*lffi*£„

e%£fcSlA>t>©*i$>5. C®At^AT, 3R88fl6$88B1-htt. x*ll^-III JRffl^ft e.-ri»KC =k 0 SSSKtoSiMMS < - SfflA'6©86S7)i*£mx Sfl5. $&, nedo B*®as$mu.

$fc, jgjfttWHHltgEroitT, e#®*©*B#m£Ho*:#T&5*i. StUT

e±©#MTim<. KttSrSfm. BS%«Ti6£'W»Vj;oTV^m. *$BSLz

fc«3§&8ttf9TT-& 0, BBXigfc^etnvt-- Wx^cyr^SftliiSV't)©^ $>5.

v>rn©m«^.©#iisa§:«MitiS*fc- u^mm

rtr*, 0*w%ww^uTt. nwmi^ftiMCT, scB«$metj;i;»£ LtM,*L#i#%K£#x5. L^LW16, *&#©

i'-rnfe»B©=r*Ett(i+»ta&«..

=faS-IS#®F$:M< £. ^eoSaTifctlli, @E$SimiST-©ffifflT+y-T$> 5*1, ^<©S7ffA®l6USa*if#6finti. &miH#£LT#7*\ fflTS, J:0ffliS»!C:*i0Wa*Tife5£®£hti-otz. CtlBtoBSS'*—XC. #$®A^#X$$'g5^<#lG&#MLT, #&@#l:^A75Rr

#T&5.

- 104-

1. mmm-m

2. (MWft

3.

4.

1.

1 9 9 9*F$NED0 Green Helmet WM (* KiSS&iB) ESIftBfl 1 9 9 9^1 lfl

1. NEDO: New Energy & Industrial Technology Development Organization

2. • Ml : EDKMI

3. T h : (1 9 9 5-1 9 9 7#

4. GH»*SW :(1) a ex-touts ic irt s &£RT£ts-Sts# ckb • njfigtt©$w)

(2) SEIM • 1115 tolr#(6tt2=6) SB*ltiBSIU

5. ^aaEGH####;^#(i) memis

6. M^XSEGHItSIStifek;

(1) ±E8!li*(2) IfililfiiS(3) X*#lll

sa^fi /h* e ### a# A

xs&ro oirt —i

8. 4>*|Blff#

(1) S8SftSHKXg#E&B] J*gg|S BMfi(2) ifflSfiSH^XgWESB] J*g® fflK

# ms

A ¥*

7.(1) ft£E«X*t (#) ®iSx>yx7U>y8IS

(2) @&Amx# (#) tofitoffigR o) ftseattxs (#) estsMttus

-106-

9. irftsg (?%) :imzmm(1) : 1 9 9 9¥l lfl 7 0—1 8 0 (Still. 5 0)(2) zufcWSE: 2 0 0 0¥ 1 ti 1 0 0—2 8 0 (S&3. 5 0)(3) 0*fflR : 2 0 0 0#2ti 2 0 0—2 9 0 (&&&Jgto$;LliK!tofftb,)

10. —j*:HHE0ati»iairt# mstm®.)(1) 1 W3 8 0 (ti) (#0)

MtoBfStSESiSxilf

toS»-7-SB@iKKeKlE?flS

— - a-7>x

(2) 1U9S W (AM d*-)

x*ige^ottsSEtoSEEttto^ro*®: • M-®*S

11. x*|840@ (?%)

(1) B#S8 : 2 0 0 O^lti 1 10 (.X) —140 (&) (AM to*)(2) a« : ±iE!¥*ffl3SSc(3) mis#: : as&toic^e)

12. 0*mg# (?^)

(1) B#xa : 2 0 0 0¥2ti 2 0 0 (0) —2 9 0 OX)(2) tore# : SK»SlcM*t"5>i$«Wte2s

-107-

1. -&i@$

(1) : 1 9 9 9¥l lfl 7 B—1 8 B (1 2 BIS)(2) tolaDI'—h : 0^—-hiS—£tE—SrS——Srffi—JtSC—MW—3E*SM—HS

■—$*§M—MW—— H $

(3) B@$1 18 7 0 (0)1 18 8 0 (8)

1 18 9 0 (*)1 18 1 0 0 (zK)1 18 1 1 0 W1 18 1 2 0 (&)1 18 1 3 0 (±)1 18 1 4 0 (0)1 18 1 5 0 (8)

1 18 1 6 0 W1 18 1 7 0 (7jC)1 18 1 8 0 w

B ^—_kiS—IS memmem^RM mem

am ; mmmmtum. pm ; me—jLm—sam

mm—mm mmm&Mm mmm am ; pm ; gtsm&#—1Lm-MW MW- (SI8M) (**)

(MW) -S«8M SfSMim X»8ISSimBSWEtoM. S«SMSAM ; SSffltttoM, PM ; $«#«— (MW) (**) ik*rtm

(*n§M) -mw ma-iMnts ±s/jtsm

(4) EStW(±^s: 4\*@, a#a.

ttsmtst: iii a—as: ms, (eito

2. -*«@s

(1) B#M (f^) : 2 0 0 1 0 B—2 8 B (19 BIB)(2) tomt'-h: B$—±#-me-^a-*m-^a-^m-Mw-x*@e—am

—$<i§HII—MW—its—B $

(3) BSH

i a i o a (A) b*—±s—me mem

i n 11 b (*) mewtottM mem

i a 12 b (;k) meeftRM mem

-108-

-601-

ST—B$9—(¥) B 6 2 if 2 ‘OCIHN (if) B 8 2 if 2

(B) B L Z if 2 (T) B 9 2 if 2

(Bm pmmMmm &) bszkz

5$og—5M—mEti; m b^zhz

otwyiat immpaffirvwDt• 9# m««—aa¥ m a e 2 ^2

«3¥ (W) Sl¥—W3f (¥) B 2 2 if 2»«3 (M) LllSIVBAV W3f—3I¥ (if) B % 2 if 2

@SI¥ 3¥—SfT (B) BO 2 if 2$SB (S)

mt—S¥—H3f—3¥—: 4 —IfYS (2)

(MB 0 1) B 6 2—B 0 2 if 2*2 I H : ($tfc) W£g (I)S6M*B ' £

(ME) W±m "S## = til^Wsvsae ; »*¥?)

'^#8 '##4' :

($±) %wm m

*B—«M (^) B 8 2 if T SWE ME—W8»* : Wd : MV (Y) B L Z if l

"EmitilWS (*) B 9 2 if I «W@ (¥) B S 2 if IKW® (W) Bfr2if I

e#WS (B) B 8 2 if I $mm M9l*-WE (¥) B 2 2 if I

bswe w«—(9) a 12 y i0ft!$ WSS—mm ■ Md *E41»W1$$ ■ WV (¥) B 0 2 if T

MSEWMSf* OfO B 6 I if I8#m (¥) a 81 u \

asm BswaBEE (m a l i mi

&mm &m—m& (B) a 91 if r(T) B S I if T

wm# W58-EE : Wd "E$1$«$S -W? &) BHMisee \snamwmw c*o a e i m t

(4) sre# (?%)

: 1 =g)mmmwt .• 2«

:2£

:2 £

: 1 £ + 1£ (®K)

- 110-

NEDO/GHSS/S-@5M£!8eBg$ (—*!llU) 1 9 9 9#12fl 2 2 B

(&:

lfl 9 B (B) j£E 10:10--ti# 12:30(JL791) M'S) ,MS 10:20-_k$ 11:55(JL793)B#, 65) ,68> 12:20—±1# 13:50(C23867)(1». *) -kSBI/IEJSSfi

(fl) _t« 8:35-$rS 9:40(MU5588). Sm-SSi (*3H)(M AM : 56EW&, PM : $B-SrS (*3H) SrSWSSBfi(7kk gfSl 1&2Q-B$ 1MS(X095IO) B$tt8§E)£#B(*) B$ 10:55-KS 14:25(WH2231)*, $!(S—S«SM (*5H) S«8M*66»

1 OB 1 1 B

12 a

13 a i 4 a15 a16 a17 a1 s a 19 a2 o a 21 a 2 2 a 2 3 a 2 4 a 2 5 a 2 6 a 2 7 a

2 s a

(A) sAemgm

(±)

(B)(fl) S£0fl««IS$(X) SAIH»M£(*) AM : BAlH&tSS, PM : SISM-KS (S5H)(*)■ EE 15:05—B3? 18:25(WH2232)*(A) B$ 17:10—IS 18:20(WH2403)(±)(B)(m>ix> msmmm

(7k) msm#mm

(?k) Mtt 7:45-113; 10:00(824137) M'S) >• ms 8:10-±& 10:50(824541). <kj# 15:00—MS 18:00(JL794)

(B#- 65) ,*S 14:20—15:30(824547) (#, #)itm • teAiSAffie (/)'*) iiassejss (/j'S)

(A) 11A 15:00—fifeB 19:20(NH906) M'S) ,

S«8M$tofi SEMSBfl

SAMSES

SAMSES S«SMSBfi

EESB# B£««E(£ifl

5$J«¥*SJS»

ms5$s¥*ss#

msi7$:«¥*S6»

ms5$E¥*sism

ms?&#¥±B)5m

73S«¥Aseffl

i£l : * ; X. 7k, ±©«SSi#$2 : 1 2 00SI4, ;?*©<£ U/i'&V'iMMi$3 : 2 0 B©EE—B$5tt. B£—SB © ^ lc * 0 «tf

-fSBibfc. aS©M«tt. 24B*'526H*Ti*0, Efflt)1 S0±

-in-

2. n t=3*

1999. 11. 24

7*ttȣg|5fi. MDSESWS

LUrtSliSli6-»5##S-»ili«#S#

(*) ii#i$«8IS5-e?SGr.S BES8$@r

s

^ m a

SE«@Ji®ise$^s».g|ijss

smwzmrss

a* fy? ^7 H

X> No. 114

» fi r ;p:7* *

# #a =6 : B a

i.ssitm=s» : asffltt (*b) wsaetta. aam&jsewis&B]

2. ft (TEL:0 23-6884-5566. FAX:023-6884-9988)

3. K |BI 0:1 9 9 9 ^11880 (8).~1 1890 (*)

.4. om-tu*# (e«. em#)*# ■ BJiBSS : S **Bimiaw = B sifflSxStBS&SWS : € xtLKftfttfi . : * 88

5. SUrMfisKlHI# : O :#& ««x>V:7!)>r» #* /h* e o

.&& K«M$«86 #S# . B# N6-&$:$«« aaawRa-a ittaw mm -na.sawfixaisiswBtiBi bjsiss a am

Hi : MR # TB

6. S M :(OH 1 1 4pflE®NE D OraGH*#®-3»t LT, &»£ 5-7-S8& HI IRIS* W KK ojffitti WSE ® ffiffi

««. amaeu;»L-T8H8srs^t.tncofc.ro-c,

7. <6 * :(0 M««a. Bjais»6Ko'«etM#*«,-*(s#ianiKios«E^±#.T, *fri;*fT5>ae

Bftosttfgusnft. a be Kama a it ©aw sb.

(2) %#a#g(D $SVitt, N o . 19118m'x2*. N o. ,3*U 0 5m‘x 2St, ItCNo, 2tLT

9 om=x i &&aa».-E-no**?7 a no. 1 ttaaii-aB-s.

© No. 3®?-7-tt#l 20m!O BBS. fiS 14 4 0 m. i> - 5 - ro @5814 6 3 *. i7-5-i±ffasTisaati^5s. flu4t±3sa±. a*t49.573m vh• s. j7-5-T<y)B»ttl.0m (RHG4 1. 2 m) . >-7-ffl7-NttiBEt.&StB : 3 m. : 0 . 7 - 0 . 8 5 m/#.

®*lBBi*:No, 3 : 6000T/D= 210-2207: T/4FNo. 2: = 1 20-1 107: T /# . No. 2, No. 3-£-|f-T 3307? T/*F

@ No. 3 1KB»#W : 1 9 8 7 - 8 8 <¥. ft ?> K W8I © R fff.##!HsliRI4* SHILTHJtK, 6*088$ A<y 6 & 6*014 C TJX ttJ5. 6*0A'-*-l46ifeSi.

(3) £8$© V88CE#L JcKr-1«l4*f VT14, R C El 3 tlT O fc.

© JKSffl : @Tl ; O'. 4 3 5E/m, n-XXTJX : 2 3 Ox/Nm*MM. ; 6 0 5E/T, 7k it 7* ;0. 18 TE/T, %7k : 0. 4 5 TE/T

(g<)-112 - ka i gai. j Id

® No. 3 1=#. -5-Sm® B AM t 0 K*. No. 2CMLT6, , si&mfov&R! tix«x&U Ztvmw Lfc. fJIffliL-Tttl 3kg/ti’ Hi. ftffiffi t U T tt 7 kg/ci! HT.

® me. msgisMtiWjfism-kc$«s«x. emmm##?xg/s-:. m&BRTmmMmrn# teem^#6, epraffias.(si«M5i^t)gH5. Eot, lavtaero^its:v fcU. K*# 5-7 kg/cm'T =k H. 0««&£» 9

© ESS-CI4. .tf-f 7-etti75;amSmSi6$ffat»-5-l:XH 9 « 811" 5 fr !==>£. *§»«©!* Sift 6 **> ifflfitilissnf;#, UStf A V>® XL i 0®.

© «!|5ST8 9. 2 kg/S-Ti:£SI¥i$ ± 0 8 4kg/S-T2:V tz 'vi . •

© %##, 3 nm< lap-i^jt. an ros*#. s - 12 hza. E#a#m^Au.

® .SlktPOSKa'li : C #X ; 4mVS-T.IS. C # X : 4 1 0 0 k c a 1 /Nm \ B ;tf 7. : 8 0 O k c a 1/Nm3

© esu^tussus.*m=fc$66UT, *&|S]@£#F9t B &<D H XT ft £ fz</' t®C t.

8 . ;(i) raa#. hi= nedo®cma&i9*iutv>sott, sEEWfcfev'Tfc

e&mtf ##i=#% o i= < w. .

(2) Se^T. IS tt © 3 RE« 1= *tf £ E* © »* i . «*.9 9 & <& 5 "JEttfe fc 9 . X#J 1= & W"T 5 &K#

® 5- •": ■'■: •■.■;.

(3) jScigraMJtlsjfcT, Xfi«-?>£N£ia«iK!!)i£-r 53Stt. -tffi 8 . (1) fflaiCTjtftgum. ssA^^^ti-pTaiseuT. wEE«,®fl.#tftw:£'f 5±5 i=BS:i=tt!iH#a a. 8fe»TW?S#i:®«®i|g*. *lgffl¥f<>Mi:9»Tli, gijafiSE 9 *<sm Jh.; B« t> * El 1= $1 i$ $ XT 3 = 2: 1= L fc.

(4) $&. 0*8HO26Olfilli2g 1 5B*trC*SV>fcfi'<±51:(lE*t/t.

9.(1) *¥SGH»SS:'S'6&SKE«<DitE»S.I=Sfl:B9l;®l 9 iBA/T'ti 6 3't <

SSftSN: 9 WHt ITti So fc. #. ttS« g. R A< *4 JS b X < tlX V» 3 #*, s£5fcro«g • &fr &69161=-3*1*. ESf-*#£ 2:6«18B*i££S A 1=68it Lx, fiSitTffl4S6S,tft4'<< BfiS-jSfBULfcH. H*#fctil^-r56l. Bi8>EttK'O@m'b0.-3.TV>fc«*fcV».. ' ‘

(2) El. 3*2: VT#$J86TffiEiUT, fiSffl4S«gfflLftS, 2 4 *S 2: H 5 « S XtcSU #6B&##X& 9 .####&# 2: R@%< . -taEt)® At6*»1tti5lE5fl.a V *1=) Vlfc.

- ■ . K±

-113- kaigai.it d

MnSSSfeiiS@*86*.

(X) KlSS«S6ft-*BGr.S-»ttB#»-a##V# tlBBrS-iSS

*S

m tki ?« - ft X — H

1999. 11. 248tti>/ --VYjY 86

» s o-rs

s #&X> No. 1 1 4 S £ :. 4* a •

2. & 79f : (TEL: 0634-682-052 L FAX: 0634-682-0543)

3. |# R 1 0 : 1 9 9 9 ^ 1 1 n 1 0 0 (7JO - 1 1 H 1 1 0 (*)

lBxm*# ca«. sia^)gij TEfn x 3% EE5 TEJtx StWB-iv tt J?# 9A%x 86S6X# a

fafeJLWs IW M@x *mgSfffl Mffl* m^bee aiaa >

5. S^M«ter=1# : O :#%!>-/ :7'0)'8R #» /kA S O54SS«ffi . ### S# . iti

ttssa# *gs «#*#!&#* - 3=&&w mm -asrilBlS&BISSXSWB&Bl S'JSlifi t# 5t.S

W-h SSR . A ¥SE

6. B M : - •(1)H 1 1 *F$10N E D O®GHf#0-SS i IT, 86 IS)-7-#m III iR «4« ro 14 »=JllBttieiiE & BB

m**, asanas*. aAsn&ca u-tsiss-r s n t tn? fco-c, ero-*ia$ssiiSLfc.7. 6§ ■ ^: * ■(O *ttO±g4t)64X#Hi S# M *4 0 7 ® 0 t> 7. A - X Cmo. tt$$t rosso:

tt^tt*S8aiit)i>aniV>5 0«*SliBT8ofcJ:-5t, *0® X Wt-C t> * tlT* 6f. zntifritt. VtiA<6, ft«4ro 7 .fl ro:it*-?ro#x*-ti3 t —ic* nt, Httro^giJKiBa j: 9 sro-?. ft#ttW btScb o t robs»A<£ o fcrox,-s-gmiguTnae&mmLT. ^iat>iswr*c: ii o;t.

(2) **illca# VTHfcia-f roKHtttt- FaxA*-j8SUA>SOT* 5f, 2 ar-1 g^TWKElSS-te SSL/x. fib, x^;i/=p-• ;s5>xros6tt1-<a«0T<nt.

(3) aiSWttroi&S (D 1 9 7 0 i##l3t® {E#I 3 5, 0 0 0 - 3 6, 0 0 0 A. ttSHMffili 1 0 , 0 0 0 X <D : 2 0 0 3J1)@ iSOi, n-7X, Stt, KM, E@XS$ 0 .© SStF : 75 0 m1 x 2 S, 1 2 5 m1 x 4 S. &c&%m ; 1 7 2 m>© Sr B tt £ K *p • @Ua*pSF!SUEliK$- NEDOExOUfflTSlj®.

(4) asetsstg© iisilil 0 5m!x 21, < b y h»li 8mzx 2$.

8616 IB X : 2 4 0 ( 7000—7500T/D • 21) . ^ b y Mg X : 7 0 76 O/^

© 8B*S« : ’ 9 4S35m. JBJP; 600mm..SB; 14dr.X-5- : 1 2 0 m z x 2ix 4 OmL(jtifiS) . SS ; 1. 1-1. 4m, iSfitStt# 55 1., 2 aetBX ; 5. 4 - 7 7: Nm 5/H • 6f. B : 3m.

;;mo-114- kaigai. j Id

l;me#7(B + C#7;1 9 0 0 kcal/Nm')No. 2 ; ( 4 0 0 0 kc a 1/N m3)

© V>T, 1 4 ^ C R

© 3*%:#, & M 7 7 > & U . 7-Fte±fi&S#, A# <h (7)^g^I, • 7-0 #tefi£ttl-5 0•c&Ttvc trd-Dtztf, fc®%m\z®\zn,%vznuft-Dtz. mu <;>£(DZ£, .-'•■■;,

(5) 7-#mB4XR#ms® 'M& : I M F ##g j; 0 111M£ • '#X *£ it UTfflji © Iftfl- : *&/W (7vf >#t)© M%.4=m : 5 . 4T/H*Jx2S=?10. 8T/H © : 9 kg/ cm2 :( c f ; C0E;b : 6-8 k g / cm2)©SfaM&:200t © MStb-htf : 2 0 0 0 ^2 £

© &&£$: tt*sx« ; am^fk,' ms, 3-m«, umm© : 3 0 0 TStl

(6)Q Ufa : 0 . 4 5 5EZKW© M fa 6 2 55ZT© 7k it 7k : 0 . 8 0 tEZT© fcfizk 6 tcZ T© C #7 . : 0 . 3 8 7$ZNm*© B # 7 : 0 . 0 2 TcZNm*© $3-77 2 0 0 tc/T

8 .(l) pjtttt,' S5EJCN E D O 8^ J: 0 C

. &V*T 0 tc < U.:; • ;

(2) sfc, %o-c, t<\zttb.*5£<d^ttKflItf)®:*#*** &f £ £ t £ lift £/«c V>jE3 5 ^ g|3C <h <0 ttttttlt £f -5 Z £ te, Wft\z£ o w&T& 5 gdtv * uxn&/• mu, tt»WB»«b 2 Hsaetf

(3) $£:, 2 £<Z)ig£Hi 12 HI 5 8 mszvizik&hfc fz< «k 5 fctt»l7ifc.

W-h

- 115 - kaiga i. j t d

AtSSSSIS*. MnSSSISSiift

omen sis fi-5i«i?#if^ajits#wflr(A) K«ft*8IS«-**«Gr.

<S B BS fi $ S*$lx9 81<88a-ttBJiBEa-#tt8t|iJil8ISe$-‘8miiej8ISfi

-«t##S

£±S SB - M A? — H

&X > No. 114 a -B- m

l. 8SH7c£» a*#$s (*h) stewBtiBi

2. {£ HJt -sa^sisBsiwttMXzs i o n (TEL:0937—671—3712> FAX : 0937-6 2 2-6872)

3. is r-s b 1 9 9 9 ^11^150 (^ ) - 1 i n 16 b (A)

1999. 11. 2 4

;mrsis

4. (K£, «:**)ii*B«a : #mmxmutmmiz ■. 3= ®# siiBxasmiasis: ® ss ssi « i a sen: a® = * *j*x*;u#-«£g = ®i m

5. 3AM«8SH# : O : ###ft# ®#I7/;7W8|S #s /j\# m o@8 83«&#ffl #=## a# f^3&&**# aaa mmmmta«-SB iii — pg

#n± mm- m6. 0 W :(1)H 1 1 ¥S(7)N E D OC7D GHSSCD — mtb x. #b ss la u is,* © is * sr ® it la * & s. m.

MS*. *###. asffl#lx*f UTS6ffiT5 P iitts.-otz ©77,

7. IS * :(1) s»k« ■• s«tc*v»Hic>*}#r3Tv»fcj:5Tr, ^lacoHiteiaemit. #as

»-3 fcS'a»M's©«a:&tt'6 3*, < n&.(2) smicaftLfcKr-itt^roBietjiFSdnTufc.

a) a*#««©«gCD 1 9 5 8 ##JScfcS fc, — »ttSf ttKC J: UfUrLT, 1971 #*###© 30, 0 0 0 A. Bi, S*SIMrtr©An It 107JA 7<S©T, % i*S7a*««©BT.©mm#m:isoso0 itt©S6LU£ 0 . 80?fti!)3-?x, »M, EIX«SSilTSfc.'© SitF : 7 5 0 m’x 1 $, 1800m3xl$ ( T R T l± ’ 8 8 #1X83*. 3 5.0 OH)© 3-7X : 6 5 M x 2 S C 70#, ' 73###) , 5 0 SI x IS (’ 97###) . #8 : 1 3 0 7J© 3}« : Is# ; 5 0 T x 3 $ (K*±»fcSr. A r JSKt) .■ ai#iS»; 1803 H

LF ; 5 0 T x 1 S. 777. O B & 9 . 5S#VD#A7. 5 7"C C ; 2 S. tl/^FCC; 3S

(4) msmmg© SltttSti 1 3 0 m3x 2 $ (No. 1, No. 2). A 1/ y h#lil 3 0 m3 x 1 $(No. 3).

61 US SB 77 : 2 4 2 AH/#. A V-y MB 77 : 1 1 8 A H/#No. lit’ 72#, No. 2H' 77#, No. 3 If 96###. ft$SSA©#®Sia, No. 1, 27)7 1 . 7 5 , No. 3*4 0 . 4 2

© SltotS : 2. 5m|«xS55 4m, US ; 5 0 0 mm, HU; 2 0 4r ,X — X — : 2 0 0m3x 2 $ (No. 1, 2) x 2 4 m (RS. 7 - H * 0 . ±t A 0) .

*SK?a* ; 8 8 0 V&,±. a$S 3 *, $1S7 7 >$ 9. ; 4 lKIx IS1 3 0 m2 x 1 S (No. 3) x 2 3 . 5 m (RS) . S# ; No. 1, 2; 3 0 0 mm.

No. 3; 1 . 4 m. SHltttS 5 £ S 5 t>, 2SfffiM. HS8B7) ; 5.'4-7ANm3/H-ft.;;( feS < )

- 116- ka i gai. j t d

® No. 3Tl$. p-y-0 1 5m26fiJMUT, '& CO * »(M K 8m 4 ftffl U T H -5 . No. 1, 2fc tt■etlAt&U*5. 2 0 0 1 ¥CiS<P 1 ^0»ei:No. 2Tro8m@lR$'EeLfcHglp], -eromctt. No. 2Sff)Aitl;56:i6UfeVi„

® SSESroSBX^-Xli. + #!:&?&.

© SmmKK<Sm& : i'-5-ti'SiS$ ; 8 0 0 mmlc&ig. Ml* ; 7 0 Ommlg,

® No. 1, 2##$ : 8 0 %, No. 3 : 9 4 %

© i&iSStS • ,^-5-E|t : feiljfe&Efm.

® SStt : 3 - £ * it ; 6 2 kg/S-T, H* ; 2 5 kw/S-T, ; 0 . 1 GJ/S-TX*;l/=£-SW& : No. 1, 2 ; 5 6 0 Mca!/S-I

® mmmw. ■. maaixem. s - 13 kg/cm2, us 2 s o t. as.© ISMIH :4-10fl. , IS, SfifiSti- 3 1 . 6Ctl t © 3 t.

(5) Buga© an : o. 2 e 7t/m © B3-»X : 2 3 9 tc/T ® C # X : 8 . 2 tc/GJ® ma : 2 1 tc/GJ ® ISM 7k : 0 . 3 5 tc/T ® «7k (,««aS7k) : 1. 5 tc/T

s . 4- a <73 a ft *■(1) Htttt. $ Ji£N E D MEK#lc js^TV&S^xJl'SS

®*t*a#0-3>2:7j:l3 55..

(2) SREW-xroM-bliSk . Sta@iR®MiSt)88ST$5At, -ST 2 0 0 l#0SJ?*aiOIS*uc. *mn-9-©stani«®rai'-&to-B-fc^tosast*y,• loAii+a, ±< Burt? < *>. pj«ET*nii, —a© roass % $ y #5. flu,- aaaarox^ji/^-«&7»tto<9 2 , «2£0 iKtotf ffiM £ & 3 Mtott# £ 5 .

(3) ik@l$, .i6!l$a®#MMS$S$£I5'<< , *36 (91699 £, S*f[2p*t6M $ S8M L.

(3) B*aB0 2.« ®gSll-l :2fl 1 5 0 iSfeTtftMVVfcjS < J: 5 left* t fc. HCSUSUKix* F1J; 9 6 1 =B KSt 5 £ <9 ®#e Hit &* ft.

9. 6<9tea. -e-Em, SbBtroJS^lSMSrter-l UT, -S-EI<9GHSS<9*W£.' H*tB 19^(9 118:94

j: 9, Bl 566681 UTHfc A: < G £ £ o &.

Et±

-117-kaigai. jtd

<iti3g$g£> 1999/11/22

(rwssfit stiff asE3# ft

1. BW

NEDOUTiei6U?t*S#StiK$S»-5-#B@iR©KJ5:'5:eS$05/ciC). -SBimF/iT©RB^rnitt***^*. sssshs*. a«9itt. * i &wrro#!ttmstf«*£©«». a.—T-i Ux-f-tts. »ft0«'s©s»»<*:«ira. ft2©@*

2. HfS 11/7— 18Cstl2HIB1)AM PM fS;6Hb

11/7 a B8S-*±S ±«->M mm11/8 ft mmmmm9/ft 7 BS) ew11/9 X SB-^tK jtS->SS 3HB11/10 7k mm»mu®(m i bs) SE11/11 X SB11/12 EFH11/13 ± af7*y*sa11/14 0 mmmm *«SM11/15 ft mmm&m9(ft 7 BS) smgg911/16 X ■smm&v>tsum2 eg; af7^*;e11/17 7k fan\-+±m ±s11/18 X

3. itiSS#

/J'#J. Rftttfta E3#

4.

(1)«g

earns* SEWS*1.

D#m 1960 1970 1958

2)£BB 75" ton/y 190 200 150

A50, 000($'IK7‘)

10, 000(SKI($)

35, 000 (»' k-T)

10, 000(S*B(*)so, 000(5' %-r

2. ma# a.) [Vs'iJ

1)£& m 2 2 3

2) mm# ’ 72, '77/9

3)±m# 7: ton/y 220 240 360

ton/h 300 (28)185 (#1+#2)

150 03)-118-

2000/03/18

2/3 v-y

4)wae# m2 105 105130

(1UTJ1. #2)

5)/tl/7 HI m 2. 5 2. 5

6)JiJS mm 500 500

7)AUy hitS m/mi n 0. 84—2. 52 2. 5

8)EPAPGASSg •c <150 112

9)WBE*JmmHgO <1, 500 940

10)jMX;ffiS Nm3/h 540, 000 400, 0003. am?--?- [?w rs*i

mmi e*g®

&c

2)^$6B# m2 120 120 200

3)11 m 3. 0 3. 0 3. 2

4) mm mm 1200 1200 250—450

5)/i>£S m/m in 0. 3—0. 9 0. 7—0. 8 1. 13—4. 51

Nmtyh 97, 754 X 5 *rb!'J

°C 180—200 50—121

8) ##%;&# Nm3/h 95, 000 X 5 2-3 X 7, 500

9)77 >E*1mmHgO 365 [¥*] -700

10)H-$SffiiSS °C 760 850

°C <120 <1004.

1)#m 7t/ton 60 64 217E/GJ

2) mm 7t/kWh 0. 43 0. 45 0. 26

3)C;tiX 7t/Nm3 230 0. 38 8. 27E/GJ

4)$ftCoke Tt/ton 226. 1 200 239

5)XSffl7k jc/ton 0. 18 0. 8 0. 35

6)$*7k 7E/ton 0. 45 6. 0 1. 5

(3)^2

nmm®

1.

BI241

## : 2000##?%

: &&^(Dl/3SWXfM

#1, 214* U

-119- 2000/03/18

th§ei6£ 3/3 v-yIxSS : 42M¥(*#:)

2. £3. NEDotf w W4. mMSEM * 7^ m

SiJSHi6«5feS A X O M2$81 : hfvTf-'X^-X©®J66=J*gtt^7f->Ufcl'„ g;i;5Kl7*n-. **£ftlg-feViS'-TT'^nif^X K

$82 : 1C* <" t f C 014 If % l

5.

SB2*M3£ 2000^lfl10H~28H(l9Br=1)«l$a*S S$B8l4JUT£f X--/

sag : 1. 5~4. 5B- SE : 1. 5B, IBS : 4. 5B tt : 7. 5-10. 5B

B*m* 2000^2820 B~29B(1 OB 19)

$8©SttJ$ ~2000^2M±6]

tTirtSttR. ~2000^2flTtt

sssaas -2000^3^*

• eg, *e. a^ifcictepa^^icsaLTi'fef^fc. s-ttro^gu^g^M^ifB-C.'lcST66t)1tlC#»llsnfc. B*©®i*«itj£ * U 3X SIS U AT£ZZ £Z'J>LTbM.-Dt-t£i> tirzm&l&imtz.

• mE»!istTaia*ro*ffl$c»-5-*EiHiiR->x7LAis, iceffiT'&ZZ£W*iJy ho +HHFl9lCfcl'TESIC1 0&,±<DmKtf&2>£<DZ£. XXTtSEVAt-in'. 0iRss«o»ttga«ii»ut'Oi!foB«ii*«e)U'A< reEsiaisi® 0*TS«IClSeUfcl'„ J <bl'5--XromSrlclfcro41H$e#Bla|iC&-X7"Ai0<tofi MIC#V. ®SaSTIi656<iS«/j:tt$SlsliR->X7Ali9EUi4*6<WUU. ft$£ilbT 4’BitlH|iR->X71AroseiW<DEl!UBliDIS^Sffltt;5i$:HSU, ffiEES@JRT$^T

• Sfil5|iRro--XXiS$.5SS3tmiClf®EESl$S)lSJ:<0iKTS-5tt$:a6<«« gtilCSo. 4-®rtTt)Sfl|51iD|--Xro3D5SKffiS:fl.Olf56iJ^Tl'lfl#gaicS6S

• 1.5 BCWAMStmfr#. $, SfifiJSIcJ:5$ibroa®l4:F'9.H±lcAa6<*S»^fc. SB 2 *mmi4*mmm»muu- h$asfu$6S<t<MS&v^ib$-c/j:L,Ti-\S22:

• 2SIBIfTLTl,'fcfc'l.'7t. ®SSI8lidaK6'6I4S;6©X-f >®ST $>-5J$$ss,xitF^toe5i5tT7tf-;usnTi)U^iHi©sss$riii;T#$ro tf-x*xy-v>x €6:17*5 2:l'5S0l4@i;6.fi7i:. fcfc'U, 8S8#E@iRlcHf 58iti6WpWJ!iaSB$ 74£14BIC±WNT, aES'&W*ffiM74ig^lcXlfTl'fc*5ia,t>n-5. 4## $4z>*-T41HBF,1ICtt$itaBEliR->X5LACiBUiA*$:UTl.'<ICI4#$fflroSE€ StoTUfcfcX C<i:t)!£;-g<hS5. iilR©^l4-iiUiDB*Sg€C74U, mmeR#lcR^ *B©K*mSSI4*<m*&at*5T###BfT©M*A#*ICXA-XICRXt. ft©

ia±

- 120-

2000/03/18

2 0 0 0. 2 . 1*«**«!«. MnSS6|5SI56 @7*8116, H«SGr6-»S#tt#S, S@#S^@«S#S,UJrt8|!8l56->5(@Gr6->liJll8#<::ti (*) K#S«886-S«Gr. ®tti>/;T0»' 815

*BS85@r WHm6-*ffiS6&&m *Bga-si«r-i-ft»Ji®iBa^@Ei*BJiisxs6iii

^@»S9J8li6^®¥«S

» j* m a - — h

ttx> No.

3 £ r *-rs

ihPY

14 0

1. ter-I^SW : BBKS&B]

2. ft Br : lii*#*m#M#E (TEL: 0634-682-05 2 1 > FAX:0634-682-0543)

3. to R 0: 2 0 0 0 ^1^110 (^()

4. ftftttiSB (R£, «HSHF)ftBMSE** BJfflfi : m $$, $$5SB«aiS @Jffi6 : £ g,®ftfA-BSW M6 : E 58$. @jto# : IS ttmfttfl-SSm @BB3 : tt R», : # (SIB)

5. 3*gg@tor5# : © : Bft#R^i>y :7Wm #=$ /J\ A #

&& flifcfflr&ffiffi #$# 8# f£5UUN -BE

$WS£@En:SWIE&s] S'JSRS # &&n± mm ¥JK6. a « :(1) H 1 l5pSfflNEDOfflGH?fffl-SiLT, tit -7-Sf B0E KB © IS SI nJ&gttSUE £ MBS

m&. mmm&. •ero-^ifUt^setsufc.(2) *BSH«I4. EC*HEtoSKBes-EBfS^ST® 0 , 4-0(4-E-© ft&©3*8iE t> L7i

7. its * :(!) *BS6$Ei'-7-9^0 Em BE (D «0SISi:ftO, BSIEJBmBBfctiBdtt © (6^ifeSTI4, 5 0 S1$ 2: $ 5 .© I988^BlU©#A*»**J.@ -r^TBSC0E©3-. 5£«(4tii*3 A'& KB*** < tnai>. $fc. /hMSft

©t, BBbxfcjajft**''1.® b/hViC^'f 7-14. o, flSttitai<, ^nan

ctm%RTt4#m#am$D©-e#m%m6. &3 1 c&&#, %*(4mn. otajmfrSEfi- L/TH5lfcLlJB8E!EE%fi'fm6l4mti:^7fc. )

© ®Si0*®a«t, *n*l4*-ti-T < h&n.® @EB*(4, Mn.rn.tmtt (/W 7) SB ( 8 #)© uj**m*x*#a7)t, iS4^»*i.TS*?aiLT, @E«i$TSSFr(h*t©

ESCOCffiSi') Sii. atilt BIT* 9 6616*:. 5fcifiH£^Afc\ (Good way*3#>() ® St, IS:0«-Hlg|l46.-B-Tt> 5. lit. J-7-©3P©9P*fai© ft, $8SESCffiV^No. lSSEft ti&SBIg

£, no. 3@^rtc*Ba$-. *8#8i;mNo. i@#*t:mB#&@»/w 7?mmf a % ©. mn h'nfc^vnc i#*%. toh-t it.

© SMTti, <i8BSa(4 75013, *'47-A □ @$14470- 48013 ® KBRM 1432077 7C. 1. 2 ¥@E.© SJKaoi'Mti, EBKBCKBL^fH. $$70©Slt«U. W«S.

(2)tt*SStffi>-7-9EB0iRE«©S«mS$W*S*ItteSt3 75 > h (D )-7-^#a$ : 76013. IS : 1 200mm, KCt : 206T/HTI4,

#M0E#(42OT/H, 8kg/cm2. KB» 6 »H (**Kft. lOti-T ©»-B*S, te!4*H Mil) , 0% : 5. 8#.*ft0E*(4, 4200HHT, SME ft (4 20kg/ci2, EBB 9 B H (S*KIt, 7Crfi-T , 4-t'>. ■/ 1*1/414 B *88, te(4*BMa) TEES. 6*.

© $TmEBSr*BMild: LT, KB lc U ntiM#>ft 14 & 5 . (-e ©SB £ T Tri1 e> & E#&(4a#tt#AS. )E±

- 121 -kaigai. j Id

s##s-sn#v*#VSSISA. MP**BI!g|5ft gyjcBISft, HfeGrS-»g#tt#S- Lbl*l8Sg|Sfi^:Eiie#S-lJjil@#g#

*HS»0r «ffl0r«-#.S_

^t»Hg8IBI5ft-*ift¥*S

2 0 0 0. 2 . 1

yt- m Gg tft ^ jte ^3 — H

ftl> No. 14 0

BIS ft r J^7'S7^/(-

ivJt'f

1. KHftfc# : (S@> *6WB&ai

2. ft 9r : 1 0 n (TEL:0937-671-371 2. FAX:0937-622-6872)

3. to |R| H: 2000^1^140 (ft) -1B18B (ik)

4. (K«. %##)#Mi#ft : m

: % S El^lLf-BISftft : giJ as

: E mm5. : © : me#

ftft K»I/y':7')/y BIS #S /hJt m otiSffi® ### S# fE

ftsa#* mmm g*t$«an-86 ftftSE UUf*3 — B8ifflWft$:BI$XgWI®2>B] I'JgRS # mm

iwi± - mm * V#6. g m :(1) H 1 l^g0NEDO0GH»|0- m«h LT, %l&)-7 mft is «ja« ® © b »j mit rase £ a ss

ME. SASHiS C*t LTlWt S £ £ £ *: o&©T, -eco-^mSESSlE Ufc.

7. $□ M *(1) ihi40:

i^i7B: • et7>1^1 8.0 : •

(2)® : No. 2 m%WW>}-7- U-7-mm : 2 0 0 m2)(D :a. - ##xm# - E^ (#E, &j±) (#2 3^)B. i-i-ymmm. («n»tt5 2 okg/nix 40)c. 7-ra*ai5£ csmtE 3 3 *m

(D : 1 8 9 T/H O-7-iIiIS) . Ml? : 300mm

(D^m.i±, m

(3) ms •© («^)(D (its)

: 1 4 2 ~ 2 3 0 t : 6 9 3 *C o

(4)(D m$Lti-vomit)*. P#5^&5 *3JB L£»tt#BjE*7fttt

tToissTtn

(D mmn? 8 5 o r to z. itw,-5 \Z te -S W# V> tz tz V> tz,

(5) ±#® ti£ifex&<DfB.&<Dfrf3.t>'?' &&t\sT*[xn\it$.-hmw

(D -11 Ltz0

122-kaigai. j td

2 0 0 0. 2 . 17*1(8*3105*, Stm**05g|5ft@*g|i*. H«SG:*-»g£ff#S. *«##-««##Uiftffli05*->5i@i#:#-*lJjfiS##}i (*) m#8#g|5*-*#Gr. *^#B#*-G####

tSISSm l8B9r*-»#S8ii»' -V)W S

m tits 5J gfi na jfe ^ — f

I> No. 14 0

SR & y )\-T 5

?>^h

Wf .i. : mmmm (am

2. tt m ■■ # (TEL:023-6884-5566, FAX:023-6884-9988)

3. to N 0 : 2OOO?1B 2 4 0 (fl) - U26B (*)

4. (K«, T2«*)mm■mmmm : * %msmxsei : i m&# = %*&%*#* : % 7t TL

SStoffi : it 3$8!&iaft& : # *«

5. S*M«toMW : #e#$8«5i>y-:7'J»,S6 ## /J\# mK«!S«0! #*« 8# A

ttS:S«* «f@S SS##BftM &W 85MWSSBISxaWE&Sl # mm

iliR #

6. B 89:(1) HI l^*0NEDOfflGH8*0-8tLT, SEiBiM-SgUgJimeroite $

(2) s«8!toi$, sKEeic^UTssvign-L'S-suTutetoT, t55 L, iB*f y'4XV -XTffl9->£, *2t * 0 -t-?£ £ fc 31® © * Jg.

7. *5 * :(1) 1^248:

1 fl 2 5 0 : )-7-S(^X®« • Eft, )-7-#tefi*8.0i7-r S*W£1fl 2 6 0 : • B*t4«IB

(2) iHSAW(D 58*6tBi7-5- : No. 3@6Bt$ftNo. 2#to#)-7- O-7-WM : 105m2)© iSSIB :

A. SFSU6S • # ft X ® % • Eft (WE, »E) (* 1 6 x 3 fS) . ^©ttX:*(EB. H-i-ffiSt&S. («Ei@$6B2 Okg/EIx 4@)C. 7-l-®«i»5g (#a® 3 xmi:*(GLT. 3 Xfiff)

® **A*# : 1 9 2 . 5 T/H (7-7-###) . S# : 1

(3) MS • ft#i6*SiR ® ##®K (#$)© ¥*3*Ste®* (ft#)

lOSi:#® LT0, f^KK®& (ft#)

204 — 296*06 9 9 t7 3 3 r. cti&^-x cm ###?%.

(4)S!l5SM«® »8ueT®8!i$ti, s9tts»*t#< . $±mtts.<, em»ro-BT6gtt7)<$

OSiiHitSofcfflt, T<"l:%#B^S:LT*FBLT6 5oX:.© SSSBAttivfc*, 7-7-Sfte-eo»H^iaffi»T®b< . iffl)6^*ISX:$te-oXlAT, ###

nmzBJSSftT, flsaroftggsttffl £tt, tiramsuais^aiax:. $&, telULoJ'OL XitoSvx ? t)65fc,

® ®£<SMc7)#lg£$<DffiCff J$LT, SB«ero®. E*IC*f1"5 86aiti^7)X:t)C7)0, 5.iWc*tUTaHS££tt;E,i:*C, %m®%#0Mai:#&^X:7K()X. E#AllX#%a.

(5) **Ctl, /47V -XT74P - ITHfeXigfc < . ttt < feBU t a~T K(X-123 - kaigai. i td

2000. 2. 17*iiss^5, mu

ms

##i/y':7'J>y

^ m 5J W 5*c ^7 H

X> No. 14 0

3 & 0-7* fiIs

a g : ^ ai. wiaiife^* :

2. ft m : jtS(7lT*iaB*W4 6 (TEL:010—6513-3322—1436, FAX:10-6513-5864)

3. g& M B : 2 0 0 0 ^1^28 a (&)

4. **ms# (K«. »##)« mss a si am mme # iiiisii me * & # (^C#)

5. ^xmmvifflm:tt& $$$!>/Z7')»'® #V

ilE/h* m ©

® : #e#

6. g % :(OH 1 1 ^^ONEDOOGHIIO-Si IT, -7-HUKES019:S"5JIE1ltPIS =S:SS

(2)c(7)$#o-mT9, s t^maamB an, ^^ctaMio^o

7. *a(O(D

on##0MO/U^“ MSgEKl&ttLfco VISA^ISUZin^ 6>T, 3

%}£W4 Bfr 6 1 3 B $T#E#:B <h & aV^t^pJtEc 6 t B*±##C#BC^3 j;

‘JSO 2 0gO7^^}f^AT, -*• 2^Jgtti Ltztf,

i bi:2 £ 2 0

o\Zs£LT <nto n l B l:^A«k 9±##1:*#

BSWH2 0Bffi5!«il/^©7?, im^#6#T2^2 7B^S3^ 7B^T

(2)%#*® rc

6.a.

#>tz ® im

<£ ffrsn

HSST^¥^*ES9^j^ntctaw uu aim, ±##uj&, mmm&> mm2&#A%w

mftmMWcffi*&mLtzm\ht%Mx.zSiTmn£m<D$>z>mfc\z&< tmihU(D 2ti:T, #0## - #SO±, t < c J t&m^LtZo6*jfc$t\Z%?LT^Z>(Dfr tmt>nfztf, £ fz V>&Vi0 ^ ^±T, & 9l^lElg.

6F/smse#m^mo9, it 2 ^£ 9 &mtm&mtz c $%, ^(9j;e,^mS^Tac6:(C^a<h#ASOT, -ecDliitiSL <

® LT, &8#T%##&&#&ac aa<m$^ (%#M) ot,

LTOa. g£cfc 9 BBd^tlTVifc^ ?-ftKttlJB^TfcV* to ^0)^ 9 /: wmmo&a S@£ffiLTlfpJ£;b-BoTiI£T#;lvV><hG

o, te&flKfefcffifcffl UTt> 5 3 ±-3 fcB*2 %& 5 ,C a. 2ttJ: 9, t

tb<isBtasr.(4)8r##l*ff'm#® :o»#TH, 9 , B^7^^TC9H9fi*^T^^t>^fc^^®9jitf ^

^rb&a «>$ge.@ u(Di$M(D&®mm mmm&) tmx^(DmM\z’Dzm^tf% o gmrnrnf a <h ofc

- 124-kaigai. j td

ft m a e ®

ft fft : mSSEB K*SBT 8 #i&© 2

##S## : 03 — 3355-8027

iE*SA (f a,6 te7=S)

-hE©#^aUfctt-6-, TE©aO-t©»ft49l#Slj'S1-,

1. $E*MA©**AB. SfttcoUT. *©*J*&«eg(V$-r.

(1) 0*n*its32a»-(2)

0) ®«©*ofc#^(ce. **i=&#a&N##m= i:-& c a.

(4) SftB8©E3ES6S. Zt.

(5) ABSW6!.ft©ffi(6)

2. abss

(1) ###, ExA;i/^- • EH8$S^ffl%a#(NED0) AOSStSiifc, rx*R©—o-r&a

h##j T, NEDO OTHHE^BH-iSSMir*;tktx HE?6S:XS^ <h£k> Lfc13«*t;Sd*, toiBOWiA^-iSe&SS-f-L'IcM

$©7kid, 5f$B1"5t>©Tt%

(2) B*ffll«#©rtEibTtt. BSCte&JCiyS 1 =S, SSIfl

»2«, mmm^2^, mm#m2&©am-8&?T. xft6©t$M •

&%0*yo -Jx^Y• S«lc Wilt -5®*©

$fc. UT, XxRSSR

yyu->A;iz^ y • a a • rst wj-e-r.

-125-

3.(1) ya-)]/

(2)

o) n*w,mm

-126-

WM2

(2)

No. £ ttB'J £ ¥ fl B m m S FI

1 % 5S¥

ZHANG JIAN PING

B 1968 ¥7 22 0 1t±

2 $ ,£ilLI ZHONG JUAN

j£c 1961 ¥ 12 B 3 0 BUsEJilifeXSIM mm

3 t mm

YU CHANG ZHONG

B 1944 ¥ 10 ^ 5 0 mmm&Mmwm&m @j®ea

0ft

4 X SB

WANG EN PENG

H 1952 ¥9 H 26 0 ijfflft

5

RONG HUA HUA

B 1952 ¥ 9 ^ 10 0 sreea

6 #

JIANG XING YI

B 1966 ¥ 4 fl 1 0 mmt xew

7 3E W*

WANG MING HUA

B 1964 ¥2 8 0 SJ§UR«(*@) *£¥I8£?

S]

I'J^E

8 % l&W

ZHANG ZHI MING

B 1963 ¥ 8 5 0

m

iSBxg®

- 127-

m u n

^ m a e

__ 5.

Elfflli^ '. ft

ft $ ®

S S W: E&i>yft 0f: mSSSr^K^lPfslFl© 2

eSS$6: 03-3355-8027

4E»«A (*J ttft)Ptkti. ±E©W»sa *B^ABUfc»£, TE©aO^©#^69l*Stt$ft,

1. *E*IIA©*^AH- SftCoUT. A©AJSS«ESV$-r=

(1) B*lcfett522a»-(2)

(3) 1861-5c£.

(4) SftBStoEMSS, f©M#@ft^#6L, -e©IE©##SJ*SaftS-ti5 ^ b.

(5) ABimft©S»$frte-a-*:^rt.(6) tffttMBfllctHBSttSJli.

2. ABSfi(1) AOSKSnfc. ri*;p

r%ie»-5s^bees^

bSIlJ T, NEDOBEits&iam £3cb U ZdSES lex o'*,S©fc«b, 3tEBT-5t>©Tl\

(2) SE»EAtt, AET'nvx^ h©fflg$»ai*CjlMU. tHA©»RJIIM£0 •5^<<S*iUTH6itiS*S:BKX@*E&B]©Sft#TT.

3. S#SE

(1) —^1/

(2) %m

0) BQtmm

- 128 -

MSS 2

(2)

No. lit £ 14giJ -Hr

Un m HIT m S F!

1 >nj iS2^

LIU KAN SHOU

H 1935 # 10 ,9 2 B %8p5fiE^IImxmirm&m e«a

-129 -

m m

E A B ®.1 R. 1°

fl

tt £ :ft £

ft 6 ISffi S # : SS«i>y |%i

ft 9r JK]K$E6lX*t£rr 8 SffiO 2 03-3355-8027

:e*ma m /hft)$TOi. ±IE©#d$B*H'xABLfc#'^, TE©mOf0#ft&8l*S^$T.

1. $EBt*A®*#!5AB, SftlCOViT,

(2) *#PS6ft. B*HS^S:ieeS1i-5 d £,

(4) sftB8©E3Es«, ca.(5) AHimH©S»*fTt)-ft^V^i:„(6) ffiffiMffirtfttHHSftSCt.

2. ABSB(l) SFtt»5, BrxjVl/f- - m#ft*meM%«#(NEDO) J:0SKStifc, rxft>

©—^^7-^seuukes^t^s

h#86J T, NEDO ASrpBHE^SttHSESjsj:tXB*IS4:IiMtSb Sofc*. $Bft-5t©Tft.

(2) SEBBSAtt. ftEynyx^ b©|9$$Ptti:#lClligV, BBftO^RSMSB

S ^ < SSti t T •SiSfflftSBISia#®^^© % ® TT.

3. gsfift(1) 4#7irya->

(2) &m

(3) B BlSniHr

-130 -

SUffi 2

(2) %>m

No. & £ £ ¥ fl B m m S F!

1

QIAO XIAO BING

B 1955 4P 4M 22 B illR

-131-

(1)

a @ t*3 W m fi %

282 OB (B) *E». *7-)l?>V)lh (?&)(TEL:06-304-1611)

282 IB (fl)a#:/bvz:bOT

>JA&

JESffi.■fry-fray's ¥7 (fS)(TEL:082-262-1111)

2 8 2 2 B (*) ES-fckE

BBS&Bt8toM*Efi. *7L;i/3>v;vh (^$)(TEL:06-304-1511)

2 8 2 3 B (*) $r*E-ft@CiU

ttMDStOjKISSfttH(TEL:0734-25-3333)

2/3 2 4B (*) fn®tiU—MS— im%® (%)(TEL:03-3816-6130)

2 8 2 5 B (&) tStW«tStoM [WI±

2fl 2 6 B (±) %w?#a m±

2fl 2 7 B (B) ^w?#a i*i±

2fl 2 8 B (fl) NEDO KM ra±

2 9 B (*) »H

-132 -

mm 2

(2)

No. # % m\ £ ¥ 44 B m m S F!1 % mw-

ZHANG JIAN PING

1968 ¥ 7 22 B ts±

2 $LI ZHONG JUAN

tc 1961 ¥ 12 44 3 B

3 f H *YU CHANG ZHONG

1944 ¥ 10 44 5 BBfi

4 £ amWANG EN PENG

1952 ¥9 £ 26 B

5 *RONG HUA HUA

M 1952 ¥9 44 10 B BiiB«a

6 WJIANG XING YI

1966 ¥4 44 1 B ISW

7 5WANG MING HUA

1964 ¥2 44 8 Bm

8 % S9UZHANG ZHI MING

l§ 1963 ¥ 8 44 5 Bm

i@axe»

9 n

LIU KAN SHOU

1935 ¥ 10 M 2 B iSlSS$HEie*E&i4 ega

10

QIAO XIAO BING

1955 ¥ 4 44 22 B J11R

- 133 -

9'lSvd:.

B t 5 7"— ■ % ^Vl/4r—l^@r^§l^lfcSI~xj""t' SGHfS G> m 16 I-*' a6> & 41 Bl ttfc oj 1ft IS I-d l'1r

9 9 i=F 8 2 5 H% emt®

tillBSSlco.UT. H+BUS^A'SSSSLfctc?., r 2. GHSSODM<*69SISg1Sj ntisv. ni&tZZLhtltz.

il;«fc <4S¥-®l=a*»ffl±. miSf SC t i Lfe.

i. £I8#})Q#

Baffin *miiN EDOglW*t>{'- B*«S8+®SIM*

■ -^■■rjX

1 99 9^7fl7H~7fl8 B ICdbSI=jrtl.xTB8flld=4ifc.JU#—Hz 57—l=fcH'r*x*Jt^-i*»hfe£gf£Lfc4i|i]t)giiJi+M M:JS i'x. se<tsffiffi9$saufc*®«!i£Sic>yu. Hic+Hicfci'-cjfrJtttt em#iEutx*;p4r-#a#jmtT;L$micA\A'6m#o)3a%B%.

©bb# »nun: ntstH b£tnmn±* &&ts,

©•y-f h&tMSttlT: WS

NEDoli, **££Kft±£«FH«#$8lt&?4.'

Mis?

®*SW*\ SliS^Sofctoroy-'f HkS0^am#x*vuf-^m#icc # i c 11 r*.

©as$ge$it5feflESI$x*;tz^-WxtfiJfflafSroSSWgg1$9FlCOS N E D 01-18

tl=. tfcglili&SlcitfLTiStt*.

- 134 -

(2) ftflitttfSfcftS9Kt g H i LfcSH*©H*«# . '

-k|3(1 ) 03 ^ S6 Ic A' A' * }* ffi-liS *S«m 03 fc A,, ^8IBatS#?tB'*^an-rscttr*.

(DMftltM • MINI* SHfrAIMBr' JBMttAtt.• SglfctH hi1SISO±, 9iSt5,

(MSIlISSB*ttl (N EDO) %.• • mfciig • SStifi

(3) ®RU^<->fl!fiE• B*««SfS*ak*li. JiSB(i>.(a)l=ggr3U,1i- KS^fiSL. N E DO Icattiffc c£ £f8.• *S19!ll**U^- htfrfitrofcto, &gfcffifflfci818TSC tit*.

- 135 -

ESSlISISflS (CMC) H»8S■ SiMISgtol]

. - ffiJSiRisl*#»#*WE$I*R» (TRT)

*#»-9-#»Bl4H»*,BJ5,A.»Sn:i'*'4QHS*

• SjRfflttABlfilSttBJ• JtiUMIKaB•Bttttft»»«■

Xj—'7/{$/g'

)—7 MWc

-136 -

4. tt

- iCI-

ts^yXBI* (HW) m

M

g 6 y T T*6 6 6 I

9-4-sse i -is^isz 'w@3a woa- ' L

tiMfflif -9

■4-«:iz3Br« a)8$W2£»S "S

swam* ^

mmbb e

#am z

• i

°4-«:iz®r«

•4-^:11

(4-*:i t ®ng ®*l)

(MB Z) B 6~B 8^1 1*6 6 6 1

31

1 §g®$mtma • s$i»$iaiiM«j6-6-4a!¥f 'M©B6

~B8ini&666i

W2<$2-c.-a>i: ( "G^i? r## hoj iffi) #*4 ^

yr/|(\/<-n//^14$#^B S Z &8*6 6 6 I 'iMO ( IW^j 4-W) M( °GVI? r$4lHj 4_m 9MSH4ISE$HH*7 ( °tM7

roaaNj - -*4(*i#m*:B '« ( rwmj ±tf) te^/5Xai# (II*) »i8S*7 ( °G^i? r^f)j dLH)

SSI

sum

2. miinstMs*• mm#

(1) ftfcfcJS E^xzy-TVZ^S ss*s /J\# m(2) HU; ### a# ft

(3) ESStSWaitSS ZE&fl iiirt -US(4) iMSSSH B'jgr.fi mm(5) HS± EM

3. m i • b@f*3E

(1) 1 l fl 7 B (B) B*-±S. -kH6-M

(2) i is8B os) mmam. passim - ms.(3) 11S9B OX) SmteR- @BiB»-7-#iUEliKIS«l9:gSaa«Bg

ss-uts—ss

(4) i is i ob (*) ms-ns. mmkr. a mass• mb.

(5) 1 IS 1 IB (*) ttiB» -5-SNtABJKMtoBfHmWJilig.

BSHStpS.

(6) 1 1 ft 1 2 B (£) SrS-jto^B8ffl-> (S«8M) (Sfr^S)(7) 1 IS 1 30 (±) -S«SM.(8) 11S14B (B)o) nsi5B (A) sator. SL»amm• mb. mazem#. do) i is16b ox) jgat&ra.

sesa-* (M«) (&nnm

(11) 1 IS 1 70 (*) IMffl^ULttZ-hSZHS(12) 11S180 (*) jtMZ±«-B*„

- 138 -

8ME2

4.

(1) SJiBSg

(2)

o)

(4) SSE&ffi

m **

I M

€ 7C%

m 35

5. SE3?8itE$#E(1) aR»*©»*CMLTa^M'L'SifoT*D,

(2) SttrCE#UfcKR-W'xm@Stt#^snrnfc„

(3) jftijg?-7-©±SH7citblS«:«®b7&.(4) x*;i/^-W#S-e®UA;.(5) B*are©2i8©as• @ss 12^15BtusTicismfcsufc.

e. urn • A#*#

(1) ^MaKMtt^©®#

-139 -

CDo 03 in

fill at Ma EE mi# X*

2% #)dsm

n Jan bn

a i i iS| CO CO COm M M n

$11 $n %94- 4 4

COB

r

%l—i

e>4

03 DO

m ^# B3- #5%

bn H?M-

ifc

=w

Jan

fi$114

a

CDCDCD4f

int—^om

?

m

COraiS

Fill

Si "S # Pr PrM ¥ rH 5m -e- <T i+F

f 4 Si 2 *— 0r # V—XT to Pr 0 ° ie>r* ~m *un # # m 'w' ®D

m m u< n Htit- m m m

rv w njjii ra sB y- a m # &r o< 23 m 0d o ° d m #

ni+ #Mr m

i a Mi r

1 d^ 1m wi5< 5+

£

£l

{#

w-a

i—»0$ar£nuu

a ^ [Sr ^ 9R <d

9S frn oo

CDCDCD-firt—1i—*ini—>0 ra

1

raaa

5 ^M 4t

1

(#0nun

inU mfty in " ra

r\i □>a #

l avU 3"d d-

vT

m v

I X^ Mi V.

1 Mti± -r

0 m

vj<

H ^%z~A

f5

|# in # # Pi

n> a Hr

$2 # 4 i

a-H- @0#5^ 5 gh 8 i* o “

■4 ? i

n>

SIer|

gljffil

2. g§ 1 0SlttM%- mm#

(l) SEx>yn7U /J\# #(2) |B|± ®ES«® ### G#(3) $Ei£® -B9(4) sgfflftSHiElSWE&si MB* #(5) ra_h atR

3. mi mstMas • asm#;

(1) 1 1)3 7 B (B) B*-±*.(2) 1 1A8B 03) *§8tera. £#BM«tW • MS.(3) 1 1)3 9 B OX) mmttffl,

(4) 11 a i o b (*) mmtum. a saw • ms.(5) 1 1 )3 1 1 B (*) *STOW. -5

UgHSrB.

(6) 113120 (A) (SI6M) (gfrfiS)(7) 113 130 (±) -*S«§M.(8) 113140 (B)(9) 1 13 1 50 03) S^tera. ^»B@Eft33 • SIS.do) 11316B ox)

(MW) (%f?m$)

(11) 11317B OK) 8frW-:lti5:Z-hSZB$(12) 11318B (*) ItoZ-tie-B*. B$-fi»

- 141 -

S'Jffi 2

4. mm##

(l) ittff gij xto

(2) Slt'L' $ SUM

(3) ^#4^5 I TClt

(4) e s

(5) BlUifi $ 36$(6) 5 as

(7) m #h

(8) am* iS J5£S

(9) #%E#M JIBES a tti'j

(10) JiBsaaiR * 362?

5.

ES—ffi#8EUfc.

(2) %#m.(3)

(4) 6fe&BIHi$MIBtt''<©iggti:1 ¥Si'ti»»)¥«3nT»^fc©?, J§l8iR*<M SticSIUfco

(5) B*fflfl9© 2 £iS5t&tt!l* Ufc.

6. fflW • Af^**(1) x^;^-A*7>X

-142 -

(jjtf ) £g£ss« <sb) («t rgiHj tu5.) t». (ht tnedoj

iv>5. ) i4-HHS5EJi!+■$.*£ («T rglf-$J i:H5. ) ROTHHSte&ZS ^ (ftT 6^5. ) fflWT, 1 9 9 9^8^25yhll (OT ran S$j <kn5. ) oSffilSElcSo'S, ■ero-dTS-E.SiiB^-^

fe&tt, 1999^11til5B~i6B©m, s#icwbes^»lt,

^ 1 0EtffcMSS*iEVfc.

E

199 9¥llfll5B~16B (2 BM)

/h*te4<& (#m SU® 1 C$-T)

SUffi 1 l;$1\

gij® 2 leST.

5. gijffi 2 cs-r.

6. gu® 2 cs-t.

7. -e©te r©«SEtt. 2#mi ■enehAtiiiffirr-5.

1. mmmw

2. *»#

3. BSrtK

4. sstoiti#

1 9 9 9¥l 1fl1 6 B

J- ^2-

SUfflcl

2. Si 0$i6ll84 •

(1) ftfcfeJS g^x>yn7U >if% ft

(2) ra± ### a# $(3) u# -09(4) ii8tS6$H wmm mm(5) R_b mm p&

3. m 1• bswk

(1) 1 lfl 7 B (B) B*-±S= JLB-S6(2) 11H8B (fl) mmRM.o) i is9b ox)

ea-itiR-Bs

(4) usioB (*) castas-raa, maimm#.(s) lisna (*)

$$l—8r$=(6) 11S12B (&) SrS-lto-MiN- ($18M)(7) 1 1 M 1 3 B (±) -$1888=(8) 1 1S140 (B)o) lisna (A) s«to88= m%i#m#=

(10) 11S160 OX) @881888= -7-#%0«mm#m88%*m$1888- (M«) toffns)

(id iisi70 (7k) xm/mg

(i2) iisi8B (*) ^lm/±b-b*= as-s»

- 144 -

BW2

4. mmjg*#

(1) B'JE-Sa(2) #IKI# SSSE

#£ mm

(3) g'jmie* SE(4) %ei# iSittsen

(5) se(6) Btttt £

5. j$S35Sie$E®

(l) - K#l: OTMft*lJ$£5SL-fc(2)

o) mourn*

(5) 2 0 0 i¥<Oi6stp*8(SmBeMac,o.

(6) 2 ^roassfe* Lfc.

(7) MS&facaaLT, X©#$£EBJ!Ufc.

6. jfW • A#*#

(1) (Mm)(2) Jtratt'\©0§

(3) mo£xmmm¥-&m

- 145 —

- 9M-

011^1*0002

Tsw.-3-u-i n^mz -a®3:»©^

°4-$:i zma

z m&

Z rn&

°4-«:i i $r6

(4-«:ixwrig «*«)

0nai*OOO2

WC0-3r ■ L

• 9

W$»$t • 9

S&3ftifS6 • V

NIMSB ' 8

### -z

KM*# • I

SI

zsg0$irem • 'ni*s

2@W#=iW* 'BIiai*0 0 0 2 '¥1^®

5iai0^S-6-^g|!%,5-9,a.c.-to4- r#* HOj 4.Kt) 11*4 'S'K1fv<-rl^^U$*-e-B 9 Z Ef 8*6 6 6 I 'iffijO ( ‘Ctl? IW %J 4_Y3) ( *6^7 rg+mj 9MSB4ISiS$HH*7

( °Gci? roaaNj ±«) '» ( °c^7

mM\ ±Y3) te^zai#fflWW66S*7 ( ”CM7 r^ihl iW)

SUSEl

2. W, 2 • Eit#

(1) /J'jt S(2) |B|_h SffiSffi® #** 0# ft

(3) ######&; iffisss mm -re

t4.x HI h HI h #em A 77 jj>'3S

(5) ms # mm(6) |Wf_h 3to eft ¥*

3. Sg 2 @8Eii!lltt • 0@l*IIR

(1) 1)19 0 (0) 0*^±S. fi8>—_h#(2) 11100 (fl)(3) lflllB W Efliteft. i&iKi'-5-SMBBiKK«KaiWiiSB

ES—SFS

(4) 1 )1 1 2 0 (7X) SfS-BS(5) 1 fl 1 3 0 (*) E5H&S-»St8ISil.(6) HUB (ft) #1%####%. SEEM.(7) l fl l 5 0 (±) -S«§B6I=(8) 1)1 1 60 (0)o) iii70 oi) smteM. mfemm(10) 1^18 0(11) 1)1 1 9 0(12) 1 fl 2 0 0

(13) 1)1 2 1 0

(14) 1)1 2 2 0(15) 1)1 2 3 0(16) 1)1 2 4 0(17) 1)1 2 5 0(18) 1)1 2 6 0

(19) 1)1 2 7 0(2 0) 1)1 2 8 0

Gk) SWtoffl. • ttHt.

(zk) SiSS—teS (*) ISc@->B$=

(f£) B$~*S@

(±)

(0)

an mmm. seee.

ox) s$ntoF-i. mzmm.

(7k) m*RR. • @m.

(?k) ±#-"02k(^) te&isssim.

- 147-

SUE 2

4. mass*®

(l) S«BI5Et-5 S'J®6 $(2) B'Mtt 3E MU(3) *WBS?to $ W£(4) m»umm iJfflft iS fiKi#(5) mas® jassa a ##u(6) jasasaix $ *36

5. KW3H«§3M8@(1) f • SE©3<E$ieE(2> mm©±Emm#wm@&)im

(3) Ufc

6. jgtti • X^'MU

(1) mmtm^-7-##@1%###* (sebux. m^nuso

(2) SltK^m^-toBS

(Stti)

-148 -

IvLLiM

(bit (*m m

T rgHj i:V^5„ ) tt, B*aSrX^>T- • Ej$8«i&SSIll)5E« OUT TNEDOJ

b^v. ) <kTBBS5gBltHB*i? (KT WS! tVO. ) ROTHBS^TS JB («T iv^5o ) OWT, 1 9 9 9^8^ 2 5

v HSS (KT fGH ##j ) o-aSttttCSo’e, ^o-oT*-5tt*fi^-7

-##@4%##^GH##lcNLT. &Atl. 2 0 0 0¥U3 1 4 B~ 18 Bora, SSHlcSraESEitUT, JEiB»-7-S^@iK®«EB • nJEttliaBoS 2®igMiMSSSIiEUfc.

E

i . Esexsra

2. ESS#

3. BSrtE

4.

5. &«£«&**

6. 4SWW4

7. fOtt

2 0 0 1 4 B~1 8 B (3 BM)

fts^« T##4^ c$m sjfflc i ic$t-)

giji® 1 KST.

SUE 2 test".

gijE2ic$-r.

m2icsr.

lofiggii, 2»#eu Th^'n^iawr-s,

2000^1^180

#mm# (*@) *tt*ByRS]

- 149 -

SUttl

2. m 2

(1) &&x>y=.7')>?m as*fi /j\# e

(2) Pl_k ### a# ^

(3) ttsststt ESEtoKIf-Sli GA -re(4) G-h — — ■ few ---■ sc(s) irossHRSttewe^B] giass # mm

(6) H± ®K * ¥*

3. S2@gEiMI$ • BSGIR

(1) 1 A 9B (B)(2) lfllOB (8)

(3) 181 IB (it) -5-8m*0egaegaBMatiig

(4) 1/312 0 (zK)(5) 1^13 0 W(6) 1/3140 (^) SESiB.(7) 1^150 (±)(8) 1^16 0 (0)(9) 1^170 '(8) SEteR. S1SSIS(1 0) 1/3 18 0 (it) ssroro. miaema# • w».(11) 1^190 (zK) S«SM-»Scfi(1 2) 1^200 (*) irn^B®.(1 3) 182 IB (^) B$-*$(1 4) 182 2B (±)(1 5) 182 SB (0)(16) 18 2 4B (8) SEKHJ.(1 7) 1 /3 2 5 0 (it) mmm. aisnsg-(18) 18 2 6 B (zK) Emm®, • wa.(1 9) 18 2 7 B W ±s^b*(2 0) 1/3 2 8 0 (&)

- 150 -

Bum 2

4. satottw(1) @EEX$ ISA 35 Sr*(2) aeia I'JttlSSf SB(3) —54 £ffi m as(4) —50; 3E HJH

5.

(D • ka • se&ysEEisss&aistLr, %maa&R

HLft. -e©^$, 9 3 0Ci£l»r£tt&.

6. iStihi • A#*#(1) $!ise$is® (tstm(2) A-5>X

- 151 -

- zm -

B 9 Z hfl*0 0 0 2

ZWtiS

ZSM

'J.*:tzmi8

°4-^2i i Sffig

(4-$:imrig «ti) %f'WW'-r'

(MBS) B9S~BfJ^I#0 0 0 2

Sty®* ’A

MKfflit 9

»*S*3»2£»¥f • g

JfflMSH -e

mmm -z

MEE^y • r

ai

°-V-134165sbiswsiiz®®$Mfl.anig. • mamma##-6-/?'ii$a?5$u*:iwe

'BJOB 9 Z~B f- z U- 1*0 0 0 Z 'inMUItH9

rs* hdj ±W S*4 ^^Ifvc-n^^USge-B 9 Z If 8*6 6 6 1 'iBi© ( "Cell 9<J i«) ( "G^9 r$4SBj iW) ^MSH-HSE^BB*?

(roaaNj iffi) • -*ir*xiSH*B '» ( r**j iKn ei^/5*ii*h

13!

S'Jffi l

2. • *m#

(1) g«i>y-7'J >^@S /j\#

(2) im± ia:«s*sis #$# E#

(3) Esa#ian-8i5 lllfl -—DR

(4) fsl-b a® 65 !A$

(5) itiitfiSiaKxgWBSB] B'JSISS # mm

(6) |wl± mm 1# vs

3. ^2@Etftl8« • B@EIR

(1) 1890 (0) 6ti>^±S

(2) 1/110 0 (/!)(3) 1/1110 W

(4) 1R 1 20 (zk) SrSHBS(5) 1/113 0 (zk) B$-»@-S«8M.

(6) 1/1140 (&) igSHttF-l. #!l5@fKi»E, SSI699.

(7) 1/115 0 (±)(8) 1/116 0 (0)(9) 1/117 0 (H) SSteH. SilSSli®

(1 0) 1/118 0 (^) mm®®, • im

(1 1) 1/119 0 (zk)

(12) 1/12 0 0 (zk) tsce^BS.

(1 3) 11210 (^)

(1 4) 11220 (±)

(1 5) 11230 (0)

(1 6) 11240 01) aSHttFfl. 1I$2FS«@,

(17) 11250 (^) asmr-i aissis.

(18) 11260 (zk) annsna. • wus.

(1 9) 11270 (zk)

(2 0) 11280 (^)

- 153 -

S'JE2

4.

(1) ij^sa M(2) IJ^XSW =E(3) € TCfL(4) »«ta« H(5) is&iatm ISW m ##

5.(1) • EA • MRm#fitiM6$a!l$gLT. 8ftfA*«EJR£

istesesttsu, K«»g* • tfcEet&fj'Lfc.

(2) 7 0 0 tT, #m& 1 0 % ifntf, WE&SSW: 7 3 3 “C t

6. }ftt)-A¥«»

(1) SJ5£*3g (tlffl)(2)(3)(4) yf'JT^n-(5) (tltij)(6) i^M-rt5>x(7) iSIg7D-|a

-154 -

(KT rft&j ) 14, • EE8«#S;^wfgts* ojtf tnedoj t^o. ) outf raitsj5. ) (5T r%A#j t^o. ) ®I5T, 1 9 9 9^8M2 5B^tsnfc!yj->'\;M7I'*# (UCF FGH##J i^3. ) co&immIcSo*#, f2 0 0

0*F2fl 2 7 B~3fl 7 B©Hfl, B^tfflKUT, iktSf-y-W

sugiRiaii F4a & ^-5 i t t-fe.

is

1. ms$wm

2.

3. mmemmiR

4.

5. &«£«*£*»

6. jfiW«*4

7. i-©#,

2 0 0 0f¥2fl 2 7 B~3fl 7 B (10 0®)

HrhB (#m S'JE 1 lc$1")

SUE2CST.

SUE SCSI".

SIJE4CST.

C©«S®t4, 2IMI fn-fWliSftS.

2000¥3S6B

't k 2Hfi0 0 ra

- 155 -

g'JEl

2. h

No. # % imj £ <¥ M B Bf m m ^1 %

ZHANG JIAN PING

% 1968 7 £ 22 B HSFESH-eSM^ ts±

2 $ ,S4ILI ZHONG JUAN

k 1961 *p 12 ft 3 Bwm?mm

mm

3 =f I.&YU CHANG ZHONG

% 1944 ip 10 ft 5 B gijiEsaEBfi

4 i gasWANG EN PENG

% 1952 ip9fl 26 B BUM*

5 %DONG RONG HUA

1952 4p9fl 10 B gumma

6 % xxJIANG XING YI

m 1966 #4 ^ I B XMffi

7 E W-ZWANG MING HUA

1964 ££2 ft 8 B SS««(S0)XE*Btiq

8ZHANG ZHI MIN

1963 ^ 8 ft 5 B ssai«(*ia)XE*®tim

s»iaw

9 >rijLIU KAN SHOU

m 1935 4pl0fl 2 B mma

10QIAO XIAO BING

% 1955 ^ 4 ft 22 B BE

—156 —

J3Uffi2

3.

(1) 2fl 2 7 B(2) 2^2 80(3) 2ti 2 9 B(4) 3fl IB(5) 3fl 2 B(6) 3fl 3 B

(7) 3fl 4 B(8) 5 B(9) 3fl 6 B(10) 3fl 7 B

(B) K*Efi(fl) A*^nBitted. S-»)£S. JaSSOX) SXBiiffltSim. W*^$r*K. #*E(*) fr^cE-*ft®oii. @A • to»0j?6(*) fn»tlj^M$-^E. $m?6

(A) EB#->EE= SE-^EE#.(mm/mm, &e, *$, nits, mAa.

&a. m ■. #*%#) .

(±)(B) **«03) AM : NEDOteR. PM : ftA •OX) jlOsC-tiiB^tSC

- 157-

SUE 3

4. ffiSSJS##

(1) 211 2 8 B (H) SSSRf#Bs; sisfi ## <mI9± UBS Sfi S* BI9± $BS Sfi tilffl B (tH!@{tA)mmmgmet-s; w mu *au

(SjS) ssi-ta *m 5faj

(2) 2S29H ox)SttSli ##S Sfi *tt ESi9± !9± sm #mibi± mss ss *T M-I9E fo|_b Jeffrey Titus19-fc I9± Dean Gilliam

*± *615

(3) 3S10 (*)B'Mfimm*

ra_h a##aI9± 19 ±19-t mm&ffi: m

&& • tosiiisttes

Bm SBSj£lM ES ffl

#$ A# m|5« tsu

(4) 3S3B (4)mr&M mmSg^-gB^S ^*##8R SISfi <p® mI9± ^*##s; ss «□ fifiI9± EMIBS Sfifta Bf AfifSS£$ffi*8l5 $2 8*615 SMI m. BBSI9E 19-h 8W£«G Sfi HP ##

- 158 -

(5) 3n 3 s (&)sfes sesn mmmmG $tts@ oift -m

ra_h H_k |B|_fc SSP 65($m tEttvss*8is mm#mt>^-##86 is* s*

(6) 3^60 (fl) AM : NEDO (El*)!^- • eSS«ii®^E%t»4S)

ISW SEfsi± WE# #m

m± £3 ft] IEi%± m± £tt me e±iwu m± ±% %

(7) 3)3 6 0 03) PM : 3i& • 6#7" 7/kDy zJW ##86SS • ##66fi ##m>y':7')»'86 SS Jg^c #

/J\# #

ra± EM5ES *gJ§ #

ra± ##m2g GS si# m&

(8) ft, W5 v ~>32) 3 2 7 0 (0) ~2)3 2 9 0 WO38 i 0 (7k) ~3n 2 0 (7k)

3) 3 3 0 (&) , 6 0 03) ~7 0 Gk)

• Stoi>y :7W 86 /J\# *

&& • 8&i>y zVM M *BW S

• KI5(l>y :?')»• 81$ /J\* »

-159 -

03 to to 03 to

O)o

to to M- r> B 1—l 0 [i »2f i>ii' a n A 2

m # d MI £fln V >4A' W Q m N 4j>. 1 de>i m zB m V Tj> K‘ -fi­Pr H rT m UJ 2 llr ■> m -fi­ 0 V B BS* C5 ll & S d

m IS i% a H \3 -rtttm <r fW d H f4 &M" s s c* m 03

«7' d S cn *hF % S # -o Ri

dr ° n>c* 4 rf & 0 942m VT' ° i$ -ST4 S' W % to 4r> 2- m0 % 0 Fh}d H F+P h-» E-is iS > y m(# M 0 r #"4 f^V se>i i% 5 k 0Pr 0 FR W Mr r m 94 r>

d m Acff- H 3 m *3r0"' # B s> m4 a BS re E9-k B % Si #

m & 4» Ml 5- F n>iS N \3 r^-0 V n -H- »

% Bv (4 BS

# m

m

# s m #it v i H cM H Si 41 Si i M c®# U 2 #

H nFR Si * a

4y-

#

EB ft SI FR S * r^fe SB ° ^ 4;

^ A % Mi«i

55 A if km #9- -ma#Ervrr>^Fdc*&v3

-B-HISd

(S) %)

SE $' m# Hm s 5i a m is

rt Usi m4- 0N: ^3 HS H M BS m

& <5

@00

"& ®tb m > 6

y 03

e>iobj

4;AMi

ss Ew9+

#

u

$1

m

MrX

a

w

m

mr^*m-B-

co<x>oifrT4

xn ># d, m u51 M

' # Mrn H M m

af S 0 * y-

v3-fr•O1

AiS

Adt£A

51riZwuo0*mdit

m

>

cn

1

mb+to

m&

(3) • fn*LUi!«fi)f1) mmimmfflfr

2)

MSR®

(D 6ii h >'Stz K) ©^#1*66-

© MffliiattlwESnfcft^e-r ><$-©##6 >X-A;na ? -► 26?Rl###

® mm?a. mw£<nm. vt < • mste^BeicstE•ra.

® mm%mm© m# is?

© ?P®Uj®«0fOAM?-»ttM 3,500 A, 3,500 A, t&ibSti: 6,500 A

3) i#m#

n-xxits, jMsmsn:#. ^sisstp, sfssmitt,»(c, S9lci»«xitt, $rUv>t>©?\

(4) sisrets1) ^ttstsia^-

1 9 5 7 6=fcl3 4'IH4 3¥OSSift5.

siurnu, mstm, m*m*#i:*A%«A=gains 1 9 156= ttM 6,100 A= 12,700 A, 6,000 A

i.eso <sn, *ij& 42 (in

2) NEDOVSHHSl

*mM#?lS, 1993 6*6 2001 6$?©, 1 OfrtoT'n-XxX h^:8l5ICH«LT-

3) Centum CS1000 ©IftBJ trt

@8ereZc*\ Centum CS1000 ©BHSn-XSrgliLfc,

4) SS@j>MlJSSp#, Field Eye#&a#=

-161-

(5)

£83:©Sg 2 @$EtaiS$T©#$iBj|SSlc, IMt&ifUTfciiS #«■, $i$htzmmtmmznbxmmbtz. mswis, mii«©2a

£. 56Srt-ei$*S. 0*(4ft^l«ttt*3

1) mmw#® 5'-7-"emi6BcoePASl.

c0, @E¥ici44. SBcoEggse, siEfs^s.

® mmtLTR.

Lfc <, GtpEm©EAS-h#Sti-^) C t fe-tfefc&M-rsj; 5 t:$a»s$ofc. f CT. S8IJ:9SmA'7>X#&i$#VTt)6Vv Ei|S7ii6©SEfc't4T»<.

2) sums

® » - 5 -^.©ibiiisk

eE$ffl»s^iS<Zj:o^ 0JK1tt4S®®SgT14, 1 1. 9 ^Tafeofc.

© S»0J«, IS«5£eflWt;©ji,SL»$*0, <-©E$l4 6. 7%-tti^fz.

® B*^-X&©T, ^HTfe-siaBS&Tna, SmcT-^O )£. B

4-m^tm#Rm&Ttf5MT©#W&mAMI:LT^< 6Lt.© mm#©m»R&#;iT%Lua&%, itBStt-rsvtbfc.© S*P©*&S»S2 0 0 0¥*C$-5.OT, ^-OStSTt, *g^-9-#%0iRR

#&<H3Ta@&©#M&7cT2-l±&!&gA!&&A.

(6) NEDO1) B*ter=m$©n>>b2) NEDO/trJUI, GH$##/\©g@6ga3) %ie//-93x>n

4) tf a o x > h

- 162 -

( 7 ) £& • E9#

1)

2) NEDO/^JI/SSS, GH**^-x®iSSi

3) E<e^-5-8FSt@iKia«^it-x®n^>h

4) & z x > h

5) B&M&ffifflft

6) QSP (t JFX 77)

-163-

6. Jiliijtifsf

(1) ^Uy^BiL

i)

(2) mmmmm

1) StbEffiS2) Company Profile3) A7^-3?-#7r>4) £451:7 7 y

5) yr-i>-±ys.ytf- ->X7A6) /W ?? • r77— h * 77fA

7>si

(s)

1)2) ®$OT3*g

3) B*©eai h >sfc ox*;i/*-$g*T-37

(4) #5i«m

1) Corporate Profile(x?$t5BF*J)

2) Centum CS 1000 {4ISIiy7f A)

3) |S| _h -/X^AMtt4) • t$gg$K

5) -fe>»t8g5$E

6) tT4*I-S

(5) ttltojT%^t>-a-1) a*t=Ut :

2) ra_h KfiEHR^M#3) |S|± 7") M34) |S1± i#7D- h0

-164 —

5) s»i9w- : imf-y-6) I9_t7) 19-h ±#i"i7'y na8) I9± ^#7P — :y-na

(6) NEDO1) NEDO#®2) Bro*-k>j'-VHES

(7) • 7“ 7>D>y V*®

1) ssJF&sts©# v

2) SRPJBtig$£«3)

5.

rn&gm obi

THE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO, ITD.(CISC)

m$R,

CHONGQING IRON AND STEEL (GROUP) CO., LTD.

:*r re®. tomtit*iS]Tua«jaet, m -m*^E. am*-” *;##* "■SisS

sa>i-$%to±tt±, aarer. re&rer.4, ##. E$, BA l50Si»6«5to¥^^Sg*.

*ffllft±#/%an|fffi(#TO£. &&»«. SOT). f(ii«f).a(tB). 38(1,#. A- ww. $ (#%, fit wot) #, res.$S®IE5.0:#H, ##wre @

a®, “!»$!&jik”&sw=-±#M#Ef=a, i$9ffl# (1994#- 1997#) Stf#lES “Eli&SSIjk-lk” #1^. 1979#1A$, SHB*a7K¥fe«fBHR-®*#fe?ft±jfc«jjicnBnEji80%a_h, ##34f#a,85 miwmunmi.mwvLmr&w^' g#, 2og. leMnRs^as:

ntsasOT. ls-trffltsm. 6.5 ^she iSfcE$$H. @m. *m. »«. a*. &h, #h, #m#8

HtoattEiiAffi M3.r<¥if&tkf*m996mB-t,rmv’ — reuses i997#$t#3tH (#R) IS09002#:SiAE)S, #1998# 12ft 18H»#^H (%R) E-tiAE&is]ISO-9002E**^a±ME.

^tM. ±$. re$. mre. em. *i$. *m. s,** rwi. *#. ■&». re». sre, re#. ##i.

mre#E*ram “*«:£” ESffifito#pnnn#.

“*£5ce”, eresm smg«s$$$iju:tiii*to ib reg**, »ttgS:B-*j5SOTtt,

E. f»“»Si«£. tMr&IslMrii, -$£6®4>B * WT*Atoim—*OT*sa#Eim

Chongqing Iron and Steel (Group) Co., Ltd. (Hereinafter Referred to as CISC) is an extra-large Iron and Steel Complex in

China with a history of nearly 100 years of expansion. Competing in market economy, CISC moulds its own better enterprise image. Enjoying the trademark of “Three peaks" of its hot-rolled steel products, cisc is considered as a reliable, efficient and improving steel producer.

Located in the upper reach of Yangtze river and in the vicinities, CISC has access to mines of iron ore, dolomite ore, limestone ore, clay ore, also a full set of well-balanced production system including coke making, iron making, steel making and steel-rolling. At present, CISC possesses a comprehensive capacity of 1.5 million tonnes of steel production per annum.

CISC’s leading products are as follows:Hot-rolled steel plates, hot-rolled steel sheets, silicon-steel sheets, seamless steel tubes, wire rods, I-steel, channel

steel, angle steel, reinforced bar, lead-coated steel strips and galvanized strips. By means of these products, CISC holds its own market share throughout China, South East Asia, Europe and Africa.

CISC always attaches great importance to constructing spiritual and material civilization. With its 50,000 employees, CISC takes the road of being” Quality-oriented enterprise". Regarding quality and reputation of its own as the enterprise’s life, CISC consistently adheres to the internal quality inspection standard much stricter than required by those of the State, the MMI (Former Ministry of Metallurgical Industry) in each step from production, inspection to delivery. In addition, CISC has adopted updated and advanced technologies and techniques to develop new products to meet the needs of its customers. Owing to its perfect management system and high quality products in large quantity, CISC has been generally acknowledged as the quality-oriented and profitable enterprise" for 4 years successively from 1994 to 1997 by Chongqing Municipal Government. Since 1979, CISC’s products conformed to the internationally advanced Standard or World-Class Standard, have accounted for more than 80% of its total outputs. Among them, 34 kinds of products for 85 times have been awarded “Quality products" by the State, the MMI, Sichuan provincial government and/or Chongqing Municipal Government. Especially worthy to mention, 20g boiler plate and 16MnR pressure vessel plate were awarded “Golden medals", “Products exempted from inspection” by the State and the Ministry of Labour respectively; galvanized sheet, No. 18 mining stoop channel and No.6.5 flight for scraper conveyer have won silver medals of the State; shipbuilding plates have been certified by 8 classification societies of shipping such as IR, GL, ABS, NKK, BV, DNV, KR add CCS; after No.5 works of CISC receiving british(LR) certificate of ISQ9002 in the year 1996 and No.7 works (convert-continuous cast produce line) of CISC received LR Certificate of ISQ9002 in 1997, Chongqing Iron and Steel Co., Ltd., a subsidiary company which consists of the major production lines of CISC, also was certified to the british(LR) standard IS09002 on the 18th of Dec., 1998.

Being responsible for marketing affairs, the Sales and Marketing Department of CISC has regional offices in such big cities in China as Beijing, Shanghai, Xi’An, Kunming, Guiyang, Dalian, Shenyang, Urumchi, Lanzhou, Guangzhou, Zhuhai, Changsha, Lanjing, Jinan, Liuzhou and Chengdu etcs. Whenever you needs information about CISC’ products, what you need to do is to make a phone call; even more for your convenience, you may place an order for CISC’s rolled steel in your office.

CISC persists in the marketing policy:Consumers’ needs are what we pursues, we must focuses on improved performance and quality of service as well as

providing continuity of supply to our customers.Even if it is your first time to contact CISC, you will be satisfied with its excellent sales service, high quality products

and strict execution of contractsWhenever it is, wherever you are, please remember - CISC are ready to serve you with pleasure.

m$m( ii)CHONGQING IRON & STEEL (GROUP)CO. LTD. CHART OF ORGANIZATION STRUCTURE

I" ‘NOOING IRON AND STEEL (GROUP) CO . LTD

(SB) WPRBfftii]THE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO, ITD.(CISC)

bpmn-tn

ffl7^w(CAs-o®, vg&mz*,

i+m/mm*.

Hengda Steel Co., Ltd.Chongqing Hengda Steel Co., Ltd. (No. 7 plant of CISC)

is the major steel plant. Its processes include the

pretreatment of molten iron, top-bottom multi-blowing

converting, molten steel refining ladle furnace and whole

continuous casting. The dynamic state of whole converting

process is controlled by computer. The techniques used in molten steel refine include alloy elements tuning (CAS-OB), argon blowing in ladle, wire feeding, etc; and the oxygen

volume controlling in molten steel with oxygen defining

instrument. For casting, the techniques of mold liquid level control and secondary cooling computer control are used.

Steel Making with Converters

i

mam# os) wwmgftgTHE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO., ITD.(CISC)

pT^6~40mmjpJtx 500 7*1^ 60 ~ 707m„ i£riS09002Jg*mE#m, i996^iiti75mi^tsMf±s*uE, 1998isowooi

^#m#Bmmi*i, nn^Ez^ g*, i6MnR*imgi6MnR, s> n>

M> Bx SlABMtBAiE, riij, £i§> ^>6, itz, isl tm

□ a*^swzimm^±feE,

Hot Rolled Steel Plate MillChongqing Iron & Steel Co., Ltd. No.5 mill is one of the major bases producing medium-heavy plates in

China. The whole producing facilities & technologies(main equipment known as 2450mm rolling machine) have

achieved international advanced techinological level in the 1980’s. The products have more than 500 steel specifications and dozens of grades, and their thickness vary from 6mm to 40mm. The capacity per year is 600, 000-700,OOOmt. The mill has adopted IS09002 quality control system and won the LR certificate in 1996. In 1998, an environmental protection control system according to ISC14001 was set up. Main products of the mill contain: steel plate for pressure vessels, steel plate for boilers, steel plate for ship-building, low alloy steel plate

and carbon structural steel plate, etc. the quality of which has reached the internal and international advanced

level. Among them, 16MnR and 20g plates have won golden medals of the State separately due to the high

quality and also have become products exempt from inspection in China. The steel plates have won the approvement certificates by 8 classification societies: CCS, LR, GL, DNV, BV, ABS, NKK, KR. The products

have been widely used in fields of national defense, metallurgy, transportation, oil, chemical, construction, mechanical and power etc. Carbon structrural plates and hull structural plates have been exported to Japan, Hongkong, Taiwan and south-east-asian countries.

Graceful Plant Surroundings

<s?«

flEWt* (SB)THE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO, ITD.(CISC)

Biimr

soo io 550/550 <**$mm*no zso mmiviE&tk ±Ej*5knm, gmm, #

nm, imm, ®m®, mmm#, nmnEEffl^roj. &it, m

at, ##, ¥;6<tx, 6.5

Section Steel MillIn the Section Steel Mill, there are three production lines. They are 0800mm large-

scale rolling mill, 0650/550mm medium-scale rolling mill, 0280mm rolling mill, and the

relative equipment. The main products are: heavy and medium plain steel channel, stoop channel for mining, flight steel for mine, flat steel for copperizing, flat steel for rail, section

steel for auto wheel felloe, bulb-flat steel, round bar for anchor, I-beam, angle steel,

round bar, reinforced bar, wire rod, round billet and other billets, etc. All these products are well and stable of mechanical property, and widely used in mining, rail, power industry, construction, bridge, petroleum chemical, machine made, etc. The No.18 channel for

mining and No.6.5 scraper section have been awarded the silver prize of state quality, and have come to be the first in mining machinery of China.

J"~E Plant Surroundings

The Working Site

m&m# pa) wrogganTHE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO, ITD.(CISC)

W 1200m3 ^

L08, L10##m^#^Z14, Z18i$mfc±&. TkiSSW

WiJ^sa.

Iron Making PlantThere are three parts in the plant, namely material

preparation, sintering and iron making. The 1200 cubic

meters blast furnace without charging bell is the main

installation of this plant. The main products of this plant are

L04, LOS and L10 iron for steel making and Z14, Z18 iron

for casting. The grain slag is the main by-product.

e$> mmW^zsij^fpo

Coke Making PlantThe main production installation are four coke ovens and coal

moisture control. The plant imported the most advantage energy control

project from nippon steel, Japan. The main products of this plant are

metallurgical coke, industrial naphthalene, crude benzene, ammonium

sulphate and other chemical products.

til ft Coke TappingThe Newly Constructed Coke Ovens

>a 0 4# ei && Er] ■] iim-PfMM @ -m®

The Coal Moisture Control Installation- the Energy Saving and Environment Protection System from Nippon Steel, Japan

(KB)THE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO., ITD.(CISC)

mmr, ±sj^q'aw:

Dongyuan Steel Co., Ltd.Chongqing Dongyuan Steel Co., Ltd. is one of the stock

listed and traded company in China. In the company, the

main plants are: silicon steel sheet plant, plating plant, cold-

rolled steel strip plant, ferroalloy plant. The main products are: hot-rolled silicon steel sheet, hot lead-plating steel sheet, etc. These two main products have won the silver medal of state on quality, and awarded the title of “high quality product” given by the Ministry of Metallurgical Industry of China, and

they are the ideal material for electrical machinery industry and for producing various impulsive and pressing container.

The Products

37MnS, 40Cr#iRe^^C##.

Steel Tube Co., Ltd.The main products of the Steel Tube Co., Ltd. are

different kinds of steel tubes. The types and sizes of its

products have reached to 2000, namely seamless steel tubes for low and middle pressure boilers, seamless steel

tubes for high pressure boiler and chemical fertilizer equipment, shaped seamless tubes, E2 bittern corrosion

resistant seamless steel tubes, seamless tubes for fluid

material transportation, steel tubes with flat heart, steel

and plastic compound tubes and 37MnS, 40Cr, and other

low alloy steel tubes.

rlW£EJ

ftz#, rnmnx^x #«, ntgw, mm##, am,SdbEW, ^%E#, sjErt:iF±fe#¥^, fjimmr tt, *t, #, #"me*.

The Industrial Company of CISCThe Industrial Company is a enterprise focus on developing non-steel industry, mainly on the

so called 3rd industry business, with development of science and technology. It is a company complex

combining science, industry and trade activities. There are two main groups in the company, one is the 2nd industry-construction, installation, chemical industry, machining, metallurgical supplementary

material; the other is the 3rd industry-services like tourism, restaurant, hotel, trade business and auto maintenance.

The touism and restaurant businesses have grown very fast, and become a new force come

into life in Beijing, Northeast China, the Three Gorges area and Chongqing city. All these have

gradually formed a series of services including accommodation, travel, tourism and entertainment.

& a 14® % x t- jl

The Tertiary Industry of CISC is Growing Vigorously

»LSi»tffliS)ila«£i£ GTlE$St|<K6i|EMfi|i*li$WThe Famous Yan Chuan Bean Curd Restaurant of The Goddess Peak Hotel of CISC Located in YuCISC Zhong District, Chongqing

OIKSRS (S@) WreRff^slTHE INTRODUCTION OF CHONGOING IRON AND STEEL (GROUP) CO., ITD.(CISC|

Fsms*me. m

». «*?. **/hflW, itW-ES'h

«x«, mUN, ff£*n*8, #irtiUSfflP$S&*R

tnt.

Product IntroductionCISC is one of the main iron & steel

production bases, its main products contain: heavy-, medium-plates, sheets, tubes, strips, heavy-, medium-, light sections of more than 100 of grades and ten thousands of specifications.

CISC has been adopting up-to-date techniques to develop new products. Further more, it can organize production in conformity with the requirements of customers. The quality control and inspection is even more strict than the standards of the state and the ministry.

2.1. MAIN MANUFACTURE PROCESS

control cooling

air cooling

mdescaling

surface checking,iag mconditioned slate

mapheating

2350Zffi5Ti$fifttll 2350 two high rough rolling

2450E$5Ji$!fl.Bl

2450 four high reversing finish milling

stack cooling

T$$£Ssurface

checking

mmstamp and

paint spraying

IftS-tA* physical and

chemical examination

storing

#aedges

shearing

sampling»WSends shearingplate

reversing flawdetecting

Plate Manufacture Process

Heavy Section Manufacture Proces s

asbilltets 1= 2=® 650iJi3M9l

® 650 « 2 reversing rough moling

hot drop saw 3 4 5=550 WfLttO 550 » 3 finish rolling

cooling bed straightening6= $ 550 high strength finish rolling hot drop saw

I# Medium Section Manufacture Process

(«g)THE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO., ITD.(CISC)

e**Stfi

16MnR 20R 6-50 GB6654-199615MnR 15MnVNR 15CrMoR 6-3016MnDR 09Mn2VDR 6-32 GB3531-1996

GB3531-1996RB&09MnNiDR 6-32

16MnR, 15MnVR 20R 15MnVNR ISCrMoR 6-30 GB6654-1996

#BE*S5§fflW 16MnR 15MnVR 6-8 GB6654-1996SA-662GrB 6-32 ASMEMM^M*SA-662GrC

SA-516Gr60

SA-516Gr70

SA-515Gr60

SA-515Gr70

20g 16Mng 15MnVg 6-50 GB713-199715MnVg 6-30A B D 6-32 LR> ABS,

BV, NK, KR, GL, DNV#%)A32 D32 A36 D36 6-3241OB 490B 6-32 CCSEfE410FG 490FG 6-32 LRETb

16Mnq 16q 6-45 YB(T) 10-8115MnVq 6-30

15MnVnq 6-28

16MnL 16MnREL 09MnREL 6-12 GB3273-89Q235A Q235B Q235C Q235D Q255A

Q255B#6-60 GB3274-88

16Mn 12Mn 15MnV 12MnV# 6-32 GB1591-8815MnVN 6-28Q345A Q345B Q345C Q345D Q295A,

Q295B#6-60 GB/T1591-94

10# ~45# 6-32 GB711-88#.tM50# -60# 6-30

30Mn - 65Mn 8-25

QJ50 QJ56 WT60R 6-25

rfflw 24Mn2 27SiMn 6-20

20Cr 40Cr 15Cr 12CrMo 15CrMo

20CrMo

6-30

35CrMo 6-25

09CuPCrNiA 6-16 GB4171-8420HP 12MnHP ISMnHP 16MnHP 6-12 GB6653-86ffl^W*iT^GB6653-94(tijS

MAIN PRODUCTS OF CISC

1.STEEL PLATES

steel plates for pressure vessels 16MnR 20R15MnVR 15MnVNR 15CrMoR

6-50mm GB6654-1996

steel plates for low temperature 16MnDR 09Mn2VDR 6-32mm GB3531-1996pressure vessel 09MnNiDR GB3531-1996

plus agreementsteel plates for medium temperature 16MnR, 15MnVR 20R 6-30 GB6654-1996pressure vessel ISMnVNR 15CrMoRlayered steel plates for pressure vessel 16MnR 15MnVR 6-8 GB6654-1996ASME steel plates for pressure vessel SA-662GrB 6-32 ASME standard and

technical agreementSA-662GrCSA-516Gr60SA-516Gr70SA-515Gr60SA-515Gr70

steel plates for boilers 20g 16Mng ISMnVg 6-50mm GB713-1997ISMnVg 6-30mm

carbon structural steel plates for ship- A,B,D 6-32mm As per CCS,ABS,LR,building KR,BV,NK,GL,DNV etchigh strength steel plates for ship­building

A32 D32 A36 D36 6-32mm

steel plates for boilers and pressure 41OB 490B 6-32mm CCS standard LRvessels of ships 410FG 490FG standardsteel plates for bridges 16Mnq 16q 6-45mm YB(T)10-81

15Mnq 6-30mmISMnVNq 6-28mm

hot-rolled steel plates for automobile frames 16MnL 16MnREL 09MnREL 6-12mm GB3273-89hot-rolled carbon structural Q235A Q235B Q235C Q235D 6-60mm GB3274-88steel plates Q255A Q255B ETC.low-alloyed quality carbon structural 16Mn, 12Mn, 15MnV, 12MnV 6-32mm GB1591-88steel plates ISMnVN 6-28mm GB/T1591-94

Q345A,B,C,D Q295A, B etc. 8-60mmhot-rolled quality carbon structural 10#-45# 6-32mm Gb711-88 orsteel plates 50#-60# 6-30mm agreement

30Mn-65Mn 6-60mmhigh strength steel plates for automobile and engeneering machinary

QJ50 QJ56 WT60R 6-25mm technique agreement

steel plates for mining 24Mn2K 27SiMn 6-20mm technique agreementalloy structural steel plates 20Cr 40Cr 15Cr 12CrMo 6-30mm technique agreement

ISCrMo 20CrMo 6-30mm35VrMo 6-25mm

superior atmospheric corrosion risisting structural steel plates

09VuPCrNiA 6-16mm GB4171-84

steel plates for welding-gas cylinders 20HP 12MnHP 15MnHP 16MnHP GB6653-86; requiredas GB6653-94

THE INTRODUCTION OF CHONGQING IRON AND STEEL (GROUP) CO, ITD.(CISC)

Q235x 16Mnx Q345 16# x 20#bx 22#b GB/T14292-93GB706-88

Q235, Q345x 16Mn 12#x 14#bx 16#, 18#, 20#a, 25#bx 28#b GB/T14292-93GB707-88

nm Q235x Q345x 16Mn 7.5# x 9# x 10#x 11#, 12.5# x 14# x 16# GB/T14292-93GB9787-88

M540 M15x M18x E19x E22, M22, 22###, 23# GB/T3414-94rmzmm M540 6.5# GB/T3414-94

12LW15LW

5.5F, 7.0x 7.00Tx 8.0, 8.00Vx 8.5 YB/T5227-93GGJSZ06-98

Mm 16Mnq A, B A32, D32 10#x 12# x 14# x 16# x 18# x 20# x 22# x 26# x GB9945-88Q345Ex A36x D36 27# x 28# x 30# x 32# x 34# x 37# x 40# x 43# EN10067AM1-AM3 U1-U3NVK1~ NVK3

012- O100 CCS, LSDNV$0,#fS

Fllx F18 25 x 130 GJB1458-92(@m) 10# -45# < 0120 GB699-88

YB/T5222-93GB702-86

12# -20# 160 x 160, 185 x 185 GB699-88YB/T004-91

m$cm%5 20MnSi Ol2 - 040 GB1499-91DR 10.3 x 240 x 1095 9.8 x 240x 1030 YB/T003-91Q235B 06.5, 08.0 GB701-91Q215-Q235(F) 43, 50, 60, 75Kg/m YB(T)64-87Q215-Q235(F) YB(T)64-87

Ex «®x m*

DR 0.5 x 1000 x 2000 GB5212mmmmmimmfa Q195-Q345 0.75-3.00 x 1000 x 2000 GB912

GB159116MnHP 1.5-3.0 x 1000 x 2000 GB6653

mm# fomm. 09CupCrNiA 1.0-3.0 x 1000 x 2000 GB417108AL 0.8-1.2 x 1000 x 1600-2000 GB506508AL, Q195 <1.5 x <1000 x L GB2515

mimft 08AL, Q195 0.25-1.20 x 600 xL GB716GB3526

Ex me

20G, 25MnG 076-020 x 2.0-6.0 GB531012CrlMoVG GB647910, 20# 076- 020 x 2.0-6.0 GB308710-45# 076-020 x 2.0-6.0 GB8162

E2m<g E2 076-020 x 2.0-6.0 JT/CG35-3909CupCrNiA 076- 020 x 2.0-6.0 JT/CG21-9012CrMo, 15CrMo 076-020 x 2.0-6.0 GB9948

2.SECTIONS

I-beam Q235 16Mn Q345 16# 20#b 22#b GB/T14292-93GB706-88

channel Q235 Q345 16Mn 12# 14#b 16# 18# 20#a 25#b 28#b GB/T14292-93GB707-88

steel angles Q235 Q345 16Mn 7.5# 9# 10# 11# 12.5# 14# 16# GB/T14292-93GB707-88

stoop channel for mining M540 M15 M18 E19 E22 M22 22# single chain, 23# GB/T3414-94scrap steel for mining M540 6.5# GB/T3414-94hot rolled steel sections for 12LW 5.5F 7.0 7.00T 8.0 8.00V 8.5 YB/T5527-93auto wheel felloe 15LW GGHSZ06-98bulb flat steel 16Mnq A, B A32 D32 10# 12# 14# 16# 18# 20# 22# 26# 27# GB9945-88

Q345E A36 D36 28# 30# 32# 34# 37# 40# 43# EN10067round bar for anchor chain AM1-AM3, U1-U3,

NVK1-NVK3D12-100MM CCS, LR,

DNV etcflat steel bar for copperizing FI 1 F18 25 x 130MM GIB 1458-92round quality carbonstructural steel bars

10#-45# <=d 120mm GB699-88YB/T5222-93GB702-86

steel billets for tube rolling 12#-20# 160 x 160mm185 x 185mm

GB699-88YB/T004-91

steel reinforce bar 20MnSi dl2-d40mm GB1499-91Si-steel billets DR 10.3 x 240 x 1095mm, 9.8 x 240 x 1030mm YB/T003-91wire coil Q235b D6.5mm D8.0mm GB701-91hot rolled tie plates for rail Q215-Q235(F) 43, 50, 60, 75KG/M YB(T)64-87steel assembly for rail Q215-Q235(F) 43, 50, 60, 75KG/M YB(T)64-87

3.STEEL SHEETS AND STRIPS

hot rolled Si-steel sheets DR 0.5 x 1000 x 2000MM GB5215hot tolled carbon structural steel sheets Q195-Q345 0.75-3.0 x 1000 x 2000MM GB912steel sheets for welding gas container 16MnHP GB1591hot rolled atmospheric corrosion resistingstructural steel sheets

09CupCrNiA 1.5-3.0 x 1000 x 2000MM1.0-3.0 x 1000 x 2000MM

GB6653GB4171

hot-dip lead steel sheets 08A1 0.8-1.2 x 1000 x 1600-2000MM GB5065zinc galvanized steel sheets 08A1, Q195 <1.5 x <1000XL GB2515cold rolled steel strips 08A1, Q195 0.25-1.2 x 600 xL GB716

GB3526

4.STEEL TUBES

steel tubes for high pressure boiler 20G 25MnG D20-76 x 2.0-6.0MM GB531012CrlMoVG GB6479

steel tubes for low and medium pressure boiler 10# 20# D20-76 x 2.0-6.0MM GB3087carbon structural steel tubes 10-45# D20-76 x 2.0-6.0MM GB8162E2 steel tube E2 D20-76 x 2.0-6.0MM JT/CG35-39atmospheric corrosion risisting structural steel tubes 09CupNiA D20-76 x 2.0-6.0MM JT/CG21-90alloy structural steel tubes 12CrMo 15CrMo D20-76 x 2.0-6.0MM GB9948

PREFACE

x—— MEisiligB S—mSSEffliUHS, EfflSMN,[Jl] HE. ftmmytftW' EmWSuE. EBWM.....

iu-+^> '&nnmmm> u^&siub. staws^E; mmm#. E±mT, :M<pi omIDE”. ---- "mu*8#", liTli,TO7BE, gSTURB.

/BZ+^, EE99+-BEcp^SE^^ST, MAtm^iEifTOa. s»

ffigJUSM. m8B##M5#, M

M69i§^S^E@S69SE^mW^E-M,nmwmmmm* esm®e+ji^e^. m&me, siriiiEDittEE. mm#,TOM- H^f1ES6lg##Em. iiiyBMESsmosi£mA!

E S E3S^ SSSK E%#

C*

«♦

The construction and development of Jiuquan Iron and Steel Com­pany is a very hard pioneering and developing history. It started with blood and tears and was written with warm sweat. It has

made progress against setback and it is splendid in success......From August 1958 to present, JISCO has been as firm as a rock in

rain and wind for 40 years and it is unswerving in eventful years. In the first twenty years, JISCO's people were jubilant with bitterness from its spectaculer laying down of foundation to a greater, faster, better and more economical construction. Although JISCO's project now started, then stopped, JISCO was still pregnant with hope in hopelessness. "Ardu­ous pioneering, indomitable, bold in devotion and opening up to make progress" is a spirit of enterprise, Ties ban spirit that JISCO people made with industrious ness and intelligence. It is the very spirit that underwent trials, surmounted difficulties and tided over crisis.

In the second twenty years, stimulated by the spirit of the third Plena­ry Session of the Eleventh Central Committee of the Chinese Communist Party, JISCO people emancipate the mind to hold opportunities and change the idea so as to strive for development. They hold high the banner of Deng Xiaoping Theory and stress its management to improve the qualtiy of products, pay special attention to science and technology to raise efficiency, stress the variety of products to scramble for markets and improve its service to go up to a higher level. All this makes JISCO a pearl of northwest in iron and steel industry and shine brilliantly.

JISCO has pushed forward against enormous difficulties and adverse natural environment and its growth has been more closely related with concern, support and assistance from higher leaders and brother units. At the time of the 40th anniversary of the founding of JISCO, we'd like to take this opportunity to edit and print this album of pictures. It shall be used to sincerely pay our respects to JISCO's new and old builders and to the friends who have been concerned with and supported JISCO, and also we'd like to provide more colleagues and public figures from various cir­cles with information about JISCO. Let's advance together hand in hand and create a more bright future of the northwest iron and steel undertak­ings.

Manager Ma Honglie Secretary Ma Zhongpu

& n m a INTRODUCTION<E> INTRODUCTIONf] « « <S>

JISCO's ks Proper

JIUQUAN IRON AND STEEL COMPANY

Production Process Flowsheet of JISCO

i%%hSintering

liuihiiil

I

JgL —JbLIron ladle car Desulphurising stalion

Comprehensive stock yardBlast furnace

mumMixer furnace

IJWUkW

11150 x |50 h it

150 x 150mm billet s, 55V3SX®ys!!See89flE#*.

60 x 60 jjU\60 x 60mm billetBlooming mill

CaS-OBtg CaS-OB furnace itmmn

Contionuous castingH 0 Si:rIfln

Wire rod mill^mlJPlain wire rod

#

I l 1m'An»tt

Reheating furnace

fifififtt]—fifiSlf o♦aft#

Roughing mill-HI#

Intermediate mill Prefinishing mill Finishing mill"i.mm

Laying-headMm

Air cooling table Coil collector

Mtrfum

Banding machine

§mHigh speed wire rod

High speed wire rod mill

S-.i-yr-rxesS!*..1

MIPShrsk

Reheating furnaceFJiMMft

Descaler2800 8316^ IS 2800mm four-high

reversing mill

tfclvAccelerated cooling

gamm tscnwDouble-side trimmer Marking machine

EM MSttV;.Y.Magnetic crane Hot-rolled plate

nuM

MPr

riii

iS m ORE-DRESSING

JIUQUAN IRON AND STEEL COMPANY

/

mmnEm 130m2*k«w0ffi25Om3aKsg. Bmm&s285 20 sis

xz§§- mm a. essiss- w^JEigiisa.

JISCO now owns three 130m2 sintering machines and four 250m1 shaft kilns. No.3 sintering machine is the first acid globule machine in the country. It has formed a production scale of 2,850,000 tons of sintered ore and 200,000 tons of primary lime. JISCO

has leaped forward among the first three places in terms of the major technical-economical indices in the national same trade. Some advanced techniques are adopted in production technology of sintering, such as new lighter, water seal zipper, electrostatic dust remover and grate-layer mate­rial, which produces high qualtiy product and is at the same time benefi­cial to environmental protection.

# . SINTERING

■ftS-Ut&'J'KBUMiThe first acid globule sintering machine in the country

m »»■!•£*] JIUQUAN1HON AND STEEL COMPANY

m SINTERING

=amom2re6«6No. 1 and No.2 sintering machines with 130m2 eachseemsElectrostatic cleanerEREWhite lime kiln

JIUQUAN IKON AND STEEL COMPANY.y* f — *»• • - - • - ■ -»U- «

m vc COKING

M itCaking

40

i a,—• .Vat’*- —•. —■ —-

N-TT- s^-n. z^m^ss-i m. exfm *^*^JN60-6Si. E»^«09SUBaifllR^A+/b=5 140 m

EffiM»§E*^itXS6a0iR^»EfD*liBI5fitt«. XHIfflRfiltlE, E^IESS 50 ^a, m&£®gtffiSaSft mD-

Now there are three coke ovens in JISCO, of which the No. 1 and No.2 are 58-1 coke ovens, and the No.3 is JN60-6 coke oven, The technical equipment of the No.3 coke oven is of advanced national level in the nineties. The annual output of three coke ovens is

1,400,000 tons of coke, which is mainly used for iron—making and also supplied in the northwest

The three coke ovens are equipped with the chemicals reclaiming sys­tem and refining system, etc., which can supply industrial and civil gas. There are over 50 kinds of coal chemicals, which are sold all over the country and partly exported. The products are very popular to the con­sumers.

JIUQUAN IRON AND STEEL COMPANY —> ■ Oil? *#- . - -

Ire nmaking

® . ■H®. IRONMAKING

/-3fcB«xe$s6®w&§m§

i,804m3. z%S«ms«^750m3, 9iefM^E$E150 S8E89

£. jitfl. -ma*m, ####%& 4,500 fE#^S«5Sm^BSE (TRT)

B-. ZMS«% SS3SBSE®SWE@VJ\S«. $E^■10 mm.

JISCO now owns two blast furnaces (B.F.). The No.l B.F. after overhaul and revamping is 1,804m3 in effective volume. Its techni­cal equipment has reached the advanced national level of large B.F. The No.2 B.F. is 750m3 in inner volume. At present, JISCO has

formed a production capacity of 1,500,000 tons of pig-iron. The two blast furnaces are equipped with coal jetting systems. Moreover, the No.l B.F. is equipped with power generating facility by using the surplus pressure of . blast furnace gas, whose installed capacity is 4,500kW. The steel iron and foundry iron it manufactured are quality products in Gansu Province.

Apart from the two blast furnaces, there are three small blast fur-. naces in Hexibu ironworks of JISCO, whose annual output is 100,000 tons of pig-iron.

%***&# JIUQUAN IRON AND STEEL COMPANY

IRONMAKING

«#**&*! jiuquan iron and steel company

c

x-rr 30 miQKIIIlES 600 USE)[7L) R?. 5m m#m%75@@*

/bd mmm- R6m ggwmm##-*, R7.5m

mBBm&m ^ so mmmm^mmn150x 150mm 75tSffl 160x (950. 1050. 1350)

mm. 220x (950. 1050. 1350) mm t6t$. SJl^Itl

a. a«a. *?«m mm. aaa. a* m. emm. stissa. ^SBaamnawa.

JISCO now owns three volume—enlarged 30—ton basic oxygen fur­naces, two 600-ton mixer furnaces, two refining furnaces, two R7.5m four-strand billet concasters, one R6m four—strand billet concaster and two R7.5m slab casters, etc. At present, JISCO has formed

a production capacity of 1,500,000 tons of steelJISCO mainly manufactures billet with 150x 150mm and slab with

160x (950,1050,1350)mm and 220x (950, 1050, 1350)mm. Moreover, plain carbon steel, high carbon steel, medium carbon steel, steel for weld­ing rod, steel for welding wire, cold forging steel, bridge steel, boiler steel, pipeline steel, steel for pressure vessel, shipbuilding steel and others are produced in batches. All the steel grades are produced according to the in­ternational standard.

m STEEL ROLLING

$L #St el Rolling

48

:£E 06.5mm, 08mm, 01 Omm 60mm fO

75mm 758£tB 01 6~ 25mm

1988 '&mm DEMAG SACK &q]S!87S$Eti$H$,ise. ASEA 40 m

90*/%), g(bfsie««. ^*§a, ifttfl. mat*. &mmm. $g£E 05.5-1 4mm 06- 1 2mm 83EE

mm, eb^s#. sb*MEfflti§s.1 998 £f, cp®® 2800mm QEqliSS^IStSIbEeE. ^

sastezmsoaig. mcp. SIE 7BH5 ABB &S]a9S®§ifi1tbfflSbf6Mgfl§» ItTSE, 3IS735E DAVY SElBg AGC ^EfiMS CLECIM &

sMs^oiagsasam m. ^SEBaeasa#' mwmm& mma

aiRa#. eaa%%

There are five steel rolling mills in JISCO. The major products are high-speed wire rod and hot-rolled plate. JISCO also produces plain wire rod of dia.6.5mm, dia.Smm, and dia.IOmm, 60mm and 75mm billet, hot—rolled smooth bar and hot—rolled reinforced bar of

dia.IOmm to dia.25mm.In 1988, the complete equipment of high speed wire rod mill was in­

troduced from Mannesmann Demag Sack Co., Germany and all the elec­trical equipment from Asea Co., Sweden, with which JISCO newly built a No.2 rolling mill with annual designed capacity of 400,000 tons. The de­signed delivery speed of the mill is 117m / s and the finishing speed is 90m / s, which can roll plain carbon steel, medium carbon steel, steel for welding rod, cold—forging steel and structural steel etc. The No.2 rolling mill mainly produces plain wire rod of dia.5.5mm to dia.Mmm and rein­forced wire rod of dia.6mm to dia. 12mm. The products have won the title of quality products in Gansu Province and Ministry of Metallurgical In­dustry. The quality of products reaches the advanced world level.

2800mm four-high reversing plate rolling mill of JISCO is to be put into production in 1998. The annual designed capacity is 500,000 tons. The technical installations and equipment reaches the advanced interna­tional level in the nineties, in which the primary automation and rolling process automation system was introduced from ABB Company, Spain, AGC system from DAVY Company, UK, accelerated cooling system from CLECIM Company, France and all the technology of double-side trimmer from SMS Company, Germany, etc. The main products are plain carbon steel plate, High-quality carbon structural plate, low-alloy plate, boiler plate, steel plate for pressure vessel, bridge plate, ship building plate and pipe line plate etc.

asm*#Hydraulic jet descaler

Cooling roller bed

#

#

JIUQUAN IRON AND STEEL COMPANY

x[Tt] cp, a*ib«./U ameEfo-*a«isss®a$ (trd «■. «a$s«sasi7.65gm

H73SEW 7- OOOP9@@a*am. 365 aM. ^W 2, 832 PggjS«B.HR.

RE®±ES&£EE£E- 1S««E. EE- SEfflBJgse^. ####%###. s. s^ee. ribs. SE«$sm$ffla«@E. mm^E. §*«®e. jr«s»tk m.

JISCO's power supply mainly relies on a thermal power plant, a power generating plant and a gas supply plant. The thermal power plant possesses three stove blowers, six boilers, six turbogenerator sets and one generating facility (TRT) by using surplus pressure of B.F.

gas. And now the total generating capacity has amounted to 176,500IcW.The power generating plant is equipped with a program-controlled

switchboard for 7,000 telephones. The communication line reaches 365 km. Besides, there are 2,832 program—controlled telephones, which can be used to get in touch with big and medium cities at home and abroad. Moreover, the plant provides water and power for the production and liv­ing of JISCO.

The gas supply plant mainly produces and provides oxygen, nitrogen, argon and compressed air for metallurgical works and sells liquid and gasified oxygen, nitrogen and argon. Furthermore, the plant supplies B.F. gas. coke oven gas, converter gas, steam and hot water that metallurgical works and living require.

<1> asaaeajisco jkimboi im simscnnn

sa. aa> bj$. t6t$.M- b«. n»s@. wmm* x$#a, a%a.

iffl+aiEESEe- saasatsisaa. m#ma^ m. n<p, iissee- #a&a, sem. ym&m#. 9$. =?s. 1 mm> )$ir> -ma, isama^gj^as. emu*###. #&#*«#*#*"QE^SKStES”-. =##. BS^SfflaE-E7XVE55tt¥MS?fS88%l^J:, SWEffitt^iS 60 %J^±, 1992fg

51996 s, ism 5 ^gr^BEissfTBitetm

The main products of JISCO are pig-iron, ingot, billet, slab, high speed wire rod, steel plate, bar steel, reinforced bar, steel for weld­ing rod, steel for welding wire, high carbon steel, special steel and coke—chemicals etc. over 100 kinds.

JISCO lays stress on the quality of products extremely. All the prod­ucts are produced strictly in compliance with the national and ministerial standards. 15 kinds of products such as pig iron for foundry, pig iron for steelmaking, concasted billet, twist-free controlled cooling hot rolled wire rod of plain low-carbon steel, that of quality low-carbon steel, pure benzene, toluene, xylene, industrial naphthalene, coal pitch, anthracene oil and metallurgy coke have won the title of products of famous brand respectively in Gansu Province and Ministry of Metallurgical Industry. Low-carbon wire rod for drawing wire and carbon wire rod for welding rod have won a first rate prize and a second rate prize for new quality products individually in Gansu Province. The ratio of products with the advanced international level and general international level keeps over 88% all the year round. The ratio of famous brand products comes to over 60%. JISCO appeared on the honour roll of all China quality in­specting campaign for five years in a row from 1992 to 1996.

i 74

£ $ £ MAIN PRODUCTS

• esse

iB^M$EtE#(NEDO) HK»*-fe>^-OS'fnr?rSltTTSV^

SB 03 (3987) 9 4 6 6

Fax 03(3987)5103