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have been estimated to reach a rate of 5 million tons a year
in 1954, with the output rising to 30 million tons per year,
depending on the availability of the St. Lawrence Seaway.
It is evident from the above that Quebec-Labra-
dor and Venezuela are scheduled to supply the bulk of iron
ore imports necessary to meet the future requirements of the
United States.
The second important fact to be considered can
be treated briefly. Our blast furnaces are heavily concen-
trated in the Ohio and western Pennsylvania area. Location
in this area has been supported by large nearby coal fields,
nearness to markets, and accessibility to low-cost trans-
portation of iron ore on the Great Lakes. If the steel plants
of the Great Lakes were to be shut down as a reflection of
increasing costs of obtaining iron ore, many of the
using iron and steel in this region would also have move
elsewhere. This would mean a colossal economic dislocation
which we cannot afford.
The third important fact is the need for supply-
ing large tonnages of ore from new sources. It relates to the
questions as to whether the existing facilities on the St.
Lawrence are adequate for the transportation of the iron ore
to the Great Lakes plants; whether the ore cannot be trans+
ported to the Atlantic seaboard and thence by rail to the
blast furnaces; and whether the development of this Seaway
to meet the steel requirements of the country would otherwise
be desirable and in the public interest.
The development of the St. Lawrence-Great Lakes
Seaway is not in the nature of a new undertaking. The problem
here is that of completing a vital link in a project which
has been under way for generations. Major navigation works
which utilize the resources of the Great Lakes-St. Lawrence
system have been completed and have been operated successfully
for years. Before World War II the connecting channels of the
upper Great Lakes were improved by the United States to a
depth of 26 feet. In the midst of the war the McArthur Lock
in the Soo Canal was completed in 1943 with a depth of 30 feet
over the lock sills. These improvements made possible the
record shipment of iron ore from the Mesabi and other Lake
Superior ranges to blast furnaces in the lower lakes steel
centers, which sustained our steel industry during the last
war.
A different situation obtains in the Inter-
national Rapids section of the St. Lawrence River. This
section, some 46 miles long, is presently by-passed by
NSC 150
- 12 -
UNCLASSIFIED
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Context sent to Scholar
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"ocrText": "UNCLASSIFIED\nhave been estimated to reach a rate of 5 million tons a year\nin 1954, with the output rising to 30 million tons per year,\ndepending on the availability of the St. Lawrence Seaway.\nIt is evident from the above that Quebec-Labra-\ndor and Venezuela are scheduled to supply the bulk of iron\nore imports necessary to meet the future requirements of the\nUnited States.\nThe second important fact to be considered can\nbe treated briefly. Our blast furnaces are heavily concen-\ntrated in the Ohio and western Pennsylvania area. Location\nin this area has been supported by large nearby coal fields,\nnearness to markets, and accessibility to low-cost trans-\nportation of iron ore on the Great Lakes. If the steel plants\nof the Great Lakes were to be shut down as a reflection of\nincreasing costs of obtaining iron ore, many of the\nusing iron and steel in this region would also have move\nelsewhere. This would mean a colossal economic dislocation\nwhich we cannot afford.\nThe third important fact is the need for supply-\ning large tonnages of ore from new sources. It relates to the\nquestions as to whether the existing facilities on the St.\nLawrence are adequate for the transportation of the iron ore\nto the Great Lakes plants; whether the ore cannot be trans+\nported to the Atlantic seaboard and thence by rail to the\nblast furnaces; and whether the development of this Seaway\nto meet the steel requirements of the country would otherwise\nbe desirable and in the public interest.\nThe development of the St. Lawrence-Great Lakes\nSeaway is not in the nature of a new undertaking. The problem\nhere is that of completing a vital link in a project which\nhas been under way for generations. Major navigation works\nwhich utilize the resources of the Great Lakes-St. Lawrence\nsystem have been completed and have been operated successfully\nfor years. Before World War II the connecting channels of the\nupper Great Lakes were improved by the United States to a\ndepth of 26 feet. In the midst of the war the McArthur Lock\nin the Soo Canal was completed in 1943 with a depth of 30 feet\nover the lock sills. These improvements made possible the\nrecord shipment of iron ore from the Mesabi and other Lake\nSuperior ranges to blast furnaces in the lower lakes steel\ncenters, which sustained our steel industry during the last\nwar.\nA different situation obtains in the Inter-\nnational Rapids section of the St. Lawrence River. This\nsection, some 46 miles long, is presently by-passed by\nNSC 150\n- 12 -\nUNCLASSIFIED"
}