Bituminous sandstone near Vernal, Utah

Update item information
Publication Type report
Creator Spieker, E. M.
Title Bituminous sandstone near Vernal, Utah
Date 1931
Description Asphalt Ridge, a series of low discontinuous hogbacks, 3 to 4 miles southwest of Vernal, Utah, contains beds of bitumen-saturated sandstone, most of which are of Eocene age and belong to the Uinta formation, but a few may belong to the Mesaverde formation, of Cretaceous age. At seven localities along a strip of outcrop about 11% miles long the thickness of the bituminous beds was measured and their relative richness estimated. Samples collected from one locality were analyzed chemically and mechanically to determine the character and quantity of the bitumen and the distribution and proportion of the various sizes of the sand grains. The analyses showed that the bitumen content of the sandstone ranges from about 8 per cent to a little more than 15 per cent by weight. On the basis of these data and the assumption that the mining can be carried back 1% miles from the outcrop it is estimated that the whole area examined should contain about 1,175,000,000 cubic yards, or about 1,970,000,000 tons, of bituminous rock. Of this amount 1,030,000,000 tons is in one tract about 2% miles long at the northwest end of Asphalt Ridge. The bituminous sand has been successfully used as it is mined for paving the streets of Vernal. The bitumen may lend itself to hydrogenation so as to yield motor fuels and related products.
Type Text
Publisher United States Department of the Interior, United States Geological Survey
Language eng
Bibliographic Citation Spieker, E. M. (1931). Bituminous sandstone near Vernal, Utah. Hugh D. Miser, ed., Contributions to Economic Geology (short papers and preliminary reports) 1930--part II, mineral fuels: Bulletin, 822, 77-100.
Rights Management (c)United States Department of the Interior, United States Geological Survey
Format Medium application/pdf
Source DSpace at ICSE
ARK ark:/87278/s6cs0wd0
Setname ir_icse
Date Created 2020-02-10
Date Modified 2020-02-10
ID 1525201
Reference URL
Back to Search Results