ECONOMIC INFORMATION: PLAN FOR THE EXPANSION OF ELECTRIC POWER IN MANCHURIA

• Document Type: CREST
• Collection: General CIA Records
• Document Number (FOIA) /ESDN (CREST): CIA-RDP82-00457R000300120007-2
• Release Decision: RIPPUB
• Original Classification: C
• Document Page Count: 12
• Document Creation Date: November 9, 2016
• Document Release Date: March 8, 1999
• Sequence Number: 7
• Publication Date: January 24, 1947
• Content Type: IR

,'.t4vV R.;I4ase 1999/09/08: CFA-RDP82-00487Q003b0120007 2
COUNTRY Chi
CoT'IDEwrI L
CENTRAL INTELLIGENCE GROUP
MTELLICENCE REPORT
SUBJECT Econczaic )nfor tian; Plan for the &p .nsion of
aaa
Electric Power in
25X1A6a
R~fERENCE CENTER LIBRAkY
25X1X6
!(Ala: lai0r Aa ioii coiita.ted in this report has been previously
25X1A6a roper a -
The following report was written for the Japanese Administration
E n I'.nrtrht kuo by 1 r K. t P,r"J' (% ;; I ) .. Chia. En;in 3r in
< ear ;c of 1:lectr ~ c Pr) ier m The e L ct 46to of the document is n.-
.rtcw;n, but dates in 194-5 are mentioned,, indicating either that
the report was written late in the ware or that it has since been
brought up to date. The follol., ing are r.:P :at"A to 4 a suggestions or
the expansion of electric power in -a.rchui'ia,, The present Chinese
Administration plans to use these as a blueprint. The document
= s loaned to an amarican observer by a Chinese electrical engineer
trans-
ov'ed by the sai.nese Power Administration, The report was
-'in American observer ? s office. The present whereabouts
_Ay E f
M ,'1 , h Ali. '3lti known.
,on of which one billion ton are in Anshan and one hundred million
.. a Penc`aihu, x ct figures for 1 anchurian steel production in
1,'144 aA" . 1945 are not available, but on a rough estimate 13000, 000
"~ .n~ a.rz i a co l ., Irons lime stoney ingne s to ~ s .at ..rite ,,
of ler Nj e:r _1"'3 arc: found in abundance at .locations which are
=,frtY EzrativeLy clo se to each other?c This makes their development
' r~ t'?~ `stsi 31 resources, communications, land., wal - r s .pnl;~n
labor n and electric power are factors necessary for industrial
de veiopment e Various districts are studied below on the basis of
t.heae factors. "See also Attachment #1.)
bc: i.l? 23-.54,~4iW- -3) ~? Anshan 1'122-57,,41-0.4) District.,
(1) This area is rich in irnnortc:nt resources. There is
al in Fushun and Penchihu (l23-43,4l20); iron ore in Anshan
end Penchihu; oil shale in Fushun; rasgne site in Tashihchlao (122-
salt in Yingkou (l22-1.3,40--4O) and Kaiping (122-22
-
4-r)-~24) ; and bauxite in Shihlchreng (coordinates unknowrn} More
ov :r , 11hukden lies in the center of this area,, and plays an impor-
trent part in both light and heavy industry and in agriculture.
2) h iron deposits of Manchuria equal 18500,000,000
~.. -.-rc y; K.FLi .VJ7+4f.1..~ n1YFlrl i.V~tl +
NOTICE: THIS DI' T21BUTION LISTING MUST BF
AIL
. BE r R Ge e74MMV"16IA-RDP82 045 A
EXC 01
5708
DATE:
INFO. a note
DIST. 24 January 1947
PAGES 9 plus 3 attachments
SUPT LEMENT
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CEM`2, I. T ' , .IOF CE GROUP
6 25X1A2
ton of iron and 1,000,000 ton of steel were produced during the
two years. The major part of iron and steel processing is done
at four furnaces, two in Anshan a?d two in Ponehihu, The above
mills once produced 350,000 ton a year, but the greater part of
the s'eel refining plants arid the factories producing by-products
have been damaged. IIAE A;IA believes the Anshan and Pen.chihu
mills should process only the iron mined near them, and should not
be re-equipped to process ore imported from other areas.
(3) The extraction of oil from shale is one of the fore-
most industries of Manchuria, which leads the world is production
of this type. China has fees oil fields,, and production from oil
shale should therefore be encouraged. The Fast and Test Oil I;e..
fining Plants, both located in Fushun, produce 300,000 ton of oil
per year. Other similar factories could be built0 Development
of this industry would also encourage the development of the cheml--
cal industries,
(4) Japan has no bauxite!, a product necessary for the
production of aluminum; but China has an abundant supply of good
quality bauxite, particularly in Shantung. Because of the use
that can be made of the by-products, however, and because of the
availability of electric power, Lanchuria is the most economical
place to produce aluminum. The following factories are producing
this metal:
Fushun Factory Planned production; 15000 ton a year.
Antung Factor Present production-. 10,000 ton
y
(124_23,40-095 Planned production; 20,000 ton a year,,
NOW under construction.
Antung Aluminum Factory Planned production: 40,000 ton a year,,
Now under construction
1~ven the planned production, however, will not satisfy, the demand
for aluminum,,
t (5) Manchurian magne s ite leads the world In both quality
and quantity. The Yingkou Factory's yearly production is 500 ton.
The extraction of pure magnesium from magnesite by the direct re-
duction method has passed the experimental stage and is now com-
mercially profitable. This has made Manchuria the world's greatest
producer of magnesium. The demand for the pure metal is rare., but
there is a great demand for its alloys. Manchurian production of
magnesium is only 3O' that of aluminum, but the demand for the for-
mer is growing,
c. Tunghua. Area (128-14,,43-22).
(1) This district is called the unexplored storehouse
of Manchuria. There are several coal and iron mines in the area,
and lead and copper at Huanjen (125~A-25,, 41-i6).
CONFIDENT IAQ
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 Approved For Release 1999/09/08 : CIA-RDP82-00457R0003001200K~ A2
CENTRAL INTELLIGENCE GROUP
d? Kirin-Changchun District
(1) There is abundant electric power and an unlimited
supply of limestone in this aren. The products for which there is
most demand are those of the organic-synthetic chemical industries
listed in the chart below:
_ _ Coal Lime stone
Gas---- _- .Ammons Coal Tar i kes---
q
F
uel Liuid & - Fitch J--Carbonate of Lime:---._ ...-.._.__
Hydrogen Gas I-Anthracene OlJ. 1?
l Metallurgy
Ethylene Heavy Oil- J -- wue 1
z '7 J !7 - -I%-- - _ 4 ---.a _1
'RAC. .'S A
um o
~- Light 01
Soft pitch
- Pitch coke
Hard Pitch
-Phe nanthre ne
.-Anthra.cene
Acetylene (for
N a p hh ale no T o l ue ne
rBenZole
I
Dye Pyridine--
Naphtha
.
Xylose
__-Dye Ethylene Bichloride
.-Explosives Ethylene Tricholoride
For welding
Toluene klenzol
Acetone Alcohol
Phthasol. Oxalic acid
Lactic acid Acetic acid
-Medicines ' Lthy1 ncetato Ethylene
Chemicals Synthetic rubber` oil., fiber x
Artificial wood and leather
Liquid fue l . Ace trite rayon
Non-combustible film.
Explosives. Medicines. Dye.
(2) Limestone found in Manchuria contains magnesium, but
of an inferior quality. A high quality vein was recently discovered
in Mingch eng ( g ), however.
(3) Manchuria has to depend largely on coke, beenuse of
the insufficiency of anthracite coal. It was therefore natural that
coke ovens should be promoted. The establishment of coke nctories
cannot be done without considering the tar industry, ns the two pro-
ducts are closely related.
Explosives automobiles)
-Medicine Organic Syn-
thetic Cho r ical
Creosote Nitro-lime
Carbolic Acid '?ol. lighting
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LOATHE
e o Antung District
(l) Since the Suiho Dam was constructed,, making for a
heavier flow in the Yalu River in winter, the water of the Yalu has
flowed too rapidly to freeze. This fact is important in future planning
and in the development of various industries.
(2) The geographic location of A.ntung is advantageous
for using magnesite mined in Shantung. (See paragraph b4.)
(3) Load and zinc mined in the interior are refined
at Antung.
(4) Antung, with abundant electric power available,,
is suitable for the development of both light and heavy machine
industry.
( ) In the past, this district was important for iUs
paper industry. This had as its resources lumber cut and trans-
ported down the Yalu River. Because of the construction of the
Dam, however, lumber is no longer available, and this industry must
be shifted to other cities.
(6) Along with the great demand for power from the Yalu
River installations! there is a related demand for electrical.
machinery, electrodes, and grinding compounds. Raw materials for
these are found in Manchuria.
f. Liao-hsi District, at the head of the Gulf of Liao Tung.,
(1) Salt is produced n1or the coast coal is rained
in the interior; and pith magna;site available, there i..s a good
prospect for the light metals industry and the carbonate of lirtme
industry.
(2) Since the area was among the first to be exploited
for agriculture, the urgent need of fertilizers was apparent at
once. With minerals imported through ilulutao (121-01,40-44) and
with coal and electric power from the interior, the Ammonia-Sul-
phate Fertilizer Industry could become one of the most important in
the district.
g. Dairen District
(1) This area is handicapped both geographically and
from the standpoint of natural resources; but if the city is opened
as a free port, it is bound to become an important point for the
development on industry. There are a fog7 industries in the area
nov;. The salt, shipbuilding, and soda industries may be called
the natural industries of the district, while the fabricating and
machine industries were set up for commercial or political reasons.
h. Fast Manchuria, including the former Manchukuo province
of Chie ntao .
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C 'RAL Ti`iMUCIENClf GR,t5TP
(1) At present, East Manchuria is known only for its
high grade coal and lumber and for its pulp and paper industry,
There are possibilities for exploiting limestone, lead, and zinc.
i, Chalainor District (117-44,49-26)
(1) The area cannot now support and does not require
industrial developments The only natural resource known of at
present is coal from the Chalainor mines; but scientific surveying
could probably locate others,,
2.
Proposed
Inca str
r
~,ovrC
~t
~
,
,
~
District
Proposed
In U P&
Production Goal Power Amt of
3n gM-J__-_ . Consume-= Power
Po-aer
Requ real
t ions
K"An lie quire d
Fushun-
Anshan
Pig Iron
Steel in
2,000,000
638, 000, 000
131, 000
got
1,0008000
Iron ore
4, 000, 000
15
. 500
o00
67
13
500
Aluminum
000
50,000
,
,,
750
000
000
,
70
000
. iag ne slum
500
60, 000
,
,
30
000
000
,
6
000
Ccal
5;000,9000
15
3
,
75:
000
000
1*
34
500
Liquid
fuel
500, 000
450
'
3
225--,000, 000
,
34, 200
Pulp
30, 000
450
000
13
500
2
400
Others
,
,
400,OOO 000
,
80,000
TOTAL
2, 24%000,000
371.600
Tunghua
Steel
300,000
3
-000
900
000
000
12
800
Iron ore
00, 000
s
15
1
',
9
()00
000
,
2
000
Coal
Others
6,000,000
15
,
:
90, 000, 000
,
41,000
10,000,000
9,5000
TOTAL
:1, 009, 000, 000
64,800
Kirin
Coal
4,000,000
15
60,ooo,000
37
000
Carbonate
of lime
300,000
4,9000
1,200,000,000
,
1019000
Electrodes
5i0,, 000
3, 600
180, 000
000
500
27
Nitro-
lime
100,1000
150
,
15, 000,E 000
,
2, 300
Others
250, 000,, 000
38,000
TOTAL
1,705,000,000
2b58 L 00
Antung
Aluminum
20,0000
50, 000
1,000
000
000
145
000
Salt (In-
dustrial)
100, 000
15
,
,
. 1, 500, 000
,
600
Electrodes
100, 000
3, 6oo
360,000
000
55
000
Grinding
compounds
1,000
7, 000
,
7:000.0000
,
13, 000
Zinc
108 000
4, 000
40
000
000
12
000
.Lea d
101000
1,9500
,
,
15, 000
, 000
,9
000
53
Others
,
100
000
000
,
19 000
,
,
1,523, 500, 000
297, 600
CONFIDENTIAL
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 Liao-hsi Coal
Salt
Pulp
Zinc
Lead
Others
Dairen Coal
Iron alloy
Salt
Soda
Ammonia-
Sulphate
Others
C1! TRAL IN IG NCE (OHHP
5,000,000
5000000
15,000
10.9000
10,000
2000000
50j,000
7 50, 000
200,$000
200,000
East Coal 5,000,000
Manchuria Pulp 100,000
Others
Chientao Coal 22000,000
Province Pulp 60,000
Zinc 5,000
Lead 5, 000
Others
Chalainor Coal 1,000,000
Others
Total Proposed Industries Above -0
Total Electric Power for General Use:
Grand Total:
15 75,0000000
15. 7 , 500, 000
450 67, 500, 000
4$000 40, 0002, 000
r 000 000
10500 74,0009%000
TOTAL 279.1000-000
15 3,000,000
4,000 200,000,000
15 11, 250,000
200 40,000,000
900 180, 000, 000
200, 000, 000
TO TA L 634,2507 000
15 450 45,00000, 000
90,000,000
TOTAL 2103000;000
15 30, 0000, 000
45 27,, 000,, 000
4,P500 22,500-000
10,500 7, 500,, 000
25,000,000
`VOTAL 112, 000, 000
15 15,P000,;000
5,000,000
TOTAL 20,, 000,000
7j7-41-750,000
1,145, 000, 000
3,886,750,000
Electric- o;; e,--r P.es Qur c?u
a, Most of the Manchurian Rivers are slow-flmuing.
therefore needed if they are to be used for water power.
lowing list shows rivers now being used for this purpose:
?'~?vae r ~Se,.~.
Yalu (Main. 125,- , 40,- ) 7
Yalu (Yu Chiang tributary) 2
Sungari River 6
Tumen (129,,-,42,,-) 46 or
? 5
Sou (Ussuri or +usuli 133,? ,
Jao River 133,",47,'? Su isource identi-
fies this river as flowing into the
lieilungohiang.) 3
Luan (118,-,40,-) 4
LM:utanchiang (129,-,,44? ) 3
Others TOTAL
CONWTDRNT].LT.
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34, 200
3,000
1,100
12,000
5, 000
14,100
69, 400
1,500
3%600
4,600
9,100
27, 500
40,000
120 s 000
34,, 200
6, 800
1 ,100
%8,100
13, 700
41,000
6, 000
.21500
4,700
r f
2, 500
500
3, 000
1, 28 6.? 400
232.800
1. 19 200
Dams are
The fol-
Installation
822.000
650:000
1,0690,000
256100C
1500000
400, 000
386,000
480, 000
4,834,000
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 Approved For Release 1999/09/08 : CIA-RDP8'2-00457R000300120007-2
CI ITIU1, 1141T!LLIG C.i, GI0UP
25X1A2
b. Coal is the chief fuel for thermal power. In the pasta
thermal power stations were dependent on coal of inferior quality
or on gases produced in smelting furnaces. The power stations were
therefore built where the fuel was available. The following coal
mines are most suitable for the setting up of thermal power stations
because of their location, relation to water power stations, and be-
cause of seasonal factors:
Coal Mine
Quantity of Deposits
In tons
Coal Available
for thermal power
~n togs
Fushun
950, 000,, 000
18o.,000
Chiaoho (127-20,
12,9 500, 000
400, 000
43-43
Pataohao (121-55,
20,, 000, 000
35o..3,000
41-50)
Fouhsin (121-39,
7,000,000,000
5000000
42-03)
Mishan (132-06,
8,000,000,000
450,000
43-35)
0
0
Chalainor (117--448
400,000,000
0
200,
49_20)
Hsingshan (130-18,
8 , 000;, 000, 000
450, 000
47-20)
ilIsian (125..09,
60, 000, 000
75, 000
42-- r'4)
Peipiao (120-47
30,000,000
450000
41-47)
Shulan (126-480
400, 000, 000
500,000
44-21)
Pe nchihu
2202, 000, 00C
60,000
c. :,ter power is considered the main source of electricity,
with thermal power as an nu: iliar:,, The latter is mainly used to
supply electricity during; the dry season. Therefore, the amount of
coal required for the thermal power stations is partially determined
by the length of the draught season. In order that cities may be as-
sured electricity at all times, an urban power station is planned
for each, to provide the minimum demand for electric power within
the city.
4. Proposed E to nsa, ion Tile tr~ic_P rer Znsta~ a is Ili inos-
(See Attachment 2 and 9-
as The present period of expansion covers the completion of
existing water power projects. The other four periods are of five
years duration each.
b, Expansion Plan for Major Installations
2md
4th
T
Pry
Water Power
376,000
620,000
600,000
1,x300,000
900,000
3,796,000
6
Thermal
296 000
175, 000
350,000
425,E 000
,000
1, ?4
000
Total
672,000
620,000
775,000
1,650,000
1,325,000
5,042,9
(The unit
erabove is JC~L Figures above iods not to combined amountsefoTotal n refers ttol huilt
project
in each p
in
on i pp'rovea i or Release I 999/09 IFC -I @ 2-004578000300120007-2
 Approved For Release 1999/09/08 : CIA-RDP82-00457R00030012029a2\2
C. Proposed Capacities of Power Installations at end of each
periods
Power Installations CKW) Capacity CK'.`s~3)
lst 1,292p000 9,105,000,000
2nd 2, O6~7 , 000 , 202, OOO, 000
3rd 3,708,000 15,952,004,OOO
4th 4,981,000 .19, 42, OOO OO i
d. Plan for Construction of Sub-stations
1st 6000000 KVA Capacity at Completion
2nd 1, 000, 000 "
3rd 1,500,000
4th 00 000
Total 4,600.000
co Plan for Construction of Electric Transmission Lines
200 kv lines 140 kv lines Total
(Unit is kilometers)
1st 110 110
2nd 335
3rd 200 610 310
-th 565 505 1070
Totals
1210
37,000,000
, 550, 000,000
1,040, OOO, 000
360,000,000
1, 28 5, 000, 000
430,000,000
64,000,000
4 , 766, 000,4 000
fQ The breakdown by industrial centers is as follows:
Center
1st 2nd
:Installation Possible '3up-
pliable Power
:11H
Liao-hsi 1 ,000
Fushun 3990000
Antung- 225,000
Dairen
Tunghua 1000000
Kirin- 466,000
Changchun
East Man- 78, 000
chur is
Chientao 10,000
Chaiainor
Totals 1,292,000
.3XA
Liaohsi 305,000
Fushun 7135,000
Antung- 6250000
Da iren
Tunghua 750,.000
:115 2325
InstallatI?n
550000
624, 000
-425, 000
466, 000
118,000
200000
0588000
Ircl n 4-th Periods
4th
1,092, 000, 000 30 54 000
3 , 278: 000, 000 913, OO0
3,440,OOO 000 675,000
2,300, OOOs000 1 , OC?), 000
Rower
292,000,000
2,287,OOO 000
2,140, 000, 000
1,160, 000,000
1,72 5, 000,, 000
488,000,000
112,0005000
8, 2040000j;000
1:892,0001,000
38 7281 000 9 000
790 000, 000
~PA
2,,9900',j OOO 000
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25X1A2
CEUTRAL I,',Tz .JL3_G ?GS C.EO1JP
-9-
Kirin-
Changchun
927, 000
2, 832, 000,0000
1,127, 000
; a 432,v 000, 000
Fast Man-
chur is
368,000
1,488,000,000
6360000
2,300,000,000
--
Chientao
20, 000
112, 000,000
275, 000
50.,000, 000
1.,
Chala inor
---
--s
08 000
Totals 3*
708, OOO 15042, 000, 000
4,981,000
19,842j,000;000
go Construction Cost
It is difficult to estimate construction costs for a long-term
project. However, by obtaining cost figures of - ..jdities of a
certain particular year, and using these figures ns a b$sis, fairly
accurate estimate is possible a The cost shown on the following
chart is based on prices for April 1945a The unit is Manchurian
Yuan?
~' ~ner Ct t
off
; TotaL_
Ea
.
.
1st
212 000 000
72 000 000
-,700, COO 291,700,000
2nd
640, 000, 000
1208 000, 000
23p4000000 783,400, 000
3rd
600,000,000
1
180,000,000
50, 850, 000 i, 30, 850, 000
4th
,
1, 080 000, 000
180, 0000000
000 1, 331, 50t goo
7l8 250 22
Total
3 , 532, OOO, OOO
5 52, OOO 000
151:200j,000 4,t237,. 200, 000
CONFIDI NTIA1,
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 I e>I (0.....
rb .de 30O .00() ton
e c odes 50 0 00 tots
laity l l00 ~. 00 t.OA
431200 004.
iron. alloy 50,000.
Salt 750,000
,,,!a) ~90004006'Nkpn
5Jt:rs::i00 ton
'~.z1V r )0O ton
:c?. e 10e'}UO ton
.. -4-kavivr eap 248 TI-
4V1GG -cr Cap .`7"05j 10";
/09/08 CIA-RP 07F000300007-2
0
N
-LEJti u(.-rr vuv 4 vv u avtr.~
Goal 6,000,000 ton
Llee Ifow r 190,000 1W
C.
Y~
-~'V.500,1'
-r e
eoi l,0000000 ton
i"jig iron 2,000.000 t1.
. wninunx 15&O0 tong
SS;o1a.500 ton
Coal 59,0001000 ton
gulp 34p0Q0 Liquid fuel
'lt;c power 200 10
Llec ,over Cap
22 J44 Kwki Af,
200 p000
Lier. rover t'a , 1-09 E.VI1,
.: a1t. I009000 ton
' r:I.ect +r dfe 100000 'tof;..
2idin compound 3 0O0
Zino 10Ufl0O Lead 10&000
a+jlec EowerR 24E-100 Sid;
Alec Pov W Cap 13 ?,3 Mdi
Ammonium-Sulphate 2000,10
e Lower 1L70700 KV
lea Power cap 6,,34 K U
s~ fC voys+.aru,~~yp~v vvrnv g ?-.. .. mg.-.5
(YQRd. Pulp (.&;; Eyl)()V
+e . 'ovie r C% ? o 2,10
1?'l ctric. pCti.er 5&100
IAilp 60z'000 toil
jxad J'000 toll
i'ow7 ' r Cu 1.12 1 i'll
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 Appro1eeJe3i&?1999/09/08 : CIA-RDP82-00457R000300120007-2
25X1 A2
namisaion Linus in LAnc:h
Logan&
S Plant. F;;ir, urea roproserit
oa zicity in vita
a rower Reocivin ; .ataation$ and.
tiwitch ntataorza
.K Ai 0
(I .rkschiw.
11.9 inn Gw
z u1(dett . 0 kUshun
eta r, a 1) azia
ife or
Sty i bo Dam
0 'eIrchihu
Ant ung
$"" . 0 R L A
Attachment 4Q
Approved For Release 1999/09/08 : CIA-RDP82-00457R000300120007-2 .
 ~Mli~ VIP)
Approved For Releag ' l"ft, 8 : CIA-RDP82-00457R00030021MM?
3C i' ,~r The tY dlc}aV nz kc fehos and figures show the inata.11at iQfl an. t L..ate: to be
::z cl iaa eca ~~cct~ Csa u acs a tk~etnt.'iev~W vrrctiil~:a.,'ca?.l~svie:;
by buildtfl of 1 e .hok -u-TUflghua. Power line aaxl the station at Tait .:ht~<
(nly three in&tellatiOns are erdarged. Fong n fras.; l4O OOO to c60VOOO
su e lkta . om 200,000 to 350vOOOp and Peanchihu, .r 26;,000 to 2600004
2x4 Yerlod ;p ..._ :')Pd k= ex i.4t1 r r...,.~._..a ... ..... ..... .tip 1201.7 iocl
as color'
i k,
d vi #' ewes fl e tirk. line aloe wovin in in
,r%e arms from which tiiia attachia:nt was e-owpiled have been curoiessly dravaic,
kiavo boon stated in tern of 10?000 7:`,.r and there has b.iof curelesanuss in th p)v,i ri
of the dec: Zaal. point, Th fl urc;s below are believed by this office to be c;:,rrea L
but whore the figures of the original have been ckian ;ecL a- gueat roar h i ceaa
placed beside the f'ivure9 In all cases, the original figure 3a ii oast place
a:a 1500000 inetcad of l ,$0000 Nu note ham, hovevcr, boon i ad when the 1:l.L;tn b h .
e. ,-
beell shown incorrectly, only once as the other throe charts sa. , v the loii i # O
In view of the abovcy the figures given thould be taken a; an indication of the ine
tended time of enlerC,ing an installation and the comparative alu*ua1t it wa:i to be e-M
22000 acre, ohxaz e until 4th reriod when it is .>~k: tI 'ic
i kaaags
l~steban 30000 a a~ a +i l;Ri,r .'s~F Y
Chin 110. river 4000 i o chaaai;c~Uairb1na 38,000- 1:a charzI.;Oe
Ohar ,ehuft. 49,000- No c iange
4hiaokio e - 9000 ] 0 0 0 r 0+00 Np f t rtner change
30,0000 LO CY1ect~L;Ba
1 Usiiun 3 50000 75 000
i'c:neh1h aE 28 }000Q Y3aj clotir.Lre
xutho" 35060000 140 ehrai O
reipiae., 150000. 1,0 chew-;c
ckl !] ;ea
1,rr:stens 255,0000 No
F'a,ct :uhzow 50F>000 No chV-%nk,e
near Antu.a .1.0.,000
:wilta'$h e:ztZu$ 300000 Pataoha0 - 10 00
1: a n Rivi-r a 2 j"Ot0
Antos ;.eo0 srAt e 6r q ,
Lt u hia'a 2 ? ~ }G 0
No. Chat =;e in. above station
;. Dairen
G o E I); ,t,1ET Act
Approved For Release 1999/09/08 : CIAt DP82-00457R000300120007-2