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The AAPG/Datapages Combined Publications Database

AAPG Bulletin

Abstract


Volume: 37 (1953)

Issue: 11. (November)

First Page: 2606

Last Page: 2607

Title: The Petroleum Geologist in the Atomic Age: ABSTRACT

Author(s): D. A. McGee

Article Type: Meeting abstract

Abstract:

As petroleum geologists, we are in the business of finding and supplying Previous HitenergyNext Hit. It has been estimated that the world has used two-thirds as much Previous HitenergyNext Hit in the last 100 years as in the preceding 18½ centuries. The United States is now using approximately 50 times more Previous HitenergyNext Hit than it did 150 years ago. Oil and gas are now supplying 57 per cent of the Previous HitenergyNext Hit requirements of this country.

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There may be temporary leveling-off periods in the demand for Previous HitenergyNext Hit, principally oil and gas, such as the one we are now experiencing, but long-range estimates indicate a steadily increasing demand.

How long will we petroleum geologists be able to continue the rate of discovery we have maintained for the last 15 years? Does atomic Previous HitenergyNext Hit offer a threat to our markets or will we welcome it as a supplementing source of supply? Are there other Previous HitenergyNext Hit competitors?

When you realize 140 tons of uranium has been estimated to be the equivalent in Previous HitenergyNext Hit of all the oil and its products consumed in the United States in one year, it is apparent that atomic Previous HitenergyNext Hit ultimately will have a profound effect on the Previous HitenergyNext Hit markets of the United States and the world. All estimates for the foreseeable future indicate that it will supplement and not replace oil and gas uses. Previous HitSolarNext Hit Previous HitenergyNext Hit may eventually have far-reaching effects on our every-day lives. In this connection, much research is now underway and some very interesting results have already been obtained with a form of algae known as chlorella. Research on the production of fuels synthetically continues to make progress, especially in the oil shale field.

It seems safe to predict that the oil industry and we, as petroleum geologists, will be called upon to supply the increasing Previous HitenergyNext Hit need of our country for some time to come. While we have performed through the years a praiseworthy job, it has only been in the last 15 years that we have hit our stride. By the end of the 1930's geophysical prospecting, principally the reflection seismograph, was having its full impact on oil finding. At about this same time the geologists and geophysicists laid aside any misgivings they may have been harboring for one another and began to join in a cooperative effort that through teamwork has found in the last 15 years approximately half of the oil that has been discovered in our country since Drake drilled his well. Since there are no new methods in s ght, such as surface mapping, core drilling, subsurface geology, torsion balance, and reflection seismograph, which as each became available as a tool in the past, gave us new hope and extended successfully our frontiers of exploration, we must rely upon a further intensification of our teamwork of the last 15 years to find new oil fields in old producing areas, to push our exploration deeper into structural basins, to pioneer entirely new sedimentary areas of promise, and to develop the tidelands of our coasts. The job of keeping our country supplied with Previous HitenergyTop will be tremendous but we can accomplish it.

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Copyright 1997 American Association of Petroleum Geologists