reportTar-sand, or oil-impregnated sandstone, deposits and occurrences of the Uinta Basin, Utah are summarized and presented. Twenty five tar-sand deposits/occurrences are reviewed with respect to geology, locations of bitumen saturated outcrops, land ownership, physiography, bitumen-analyses, development histories, and other aspects. Background information on the physical setting and regional geology of the Uinta Basin is presented along with discussions of theories on the sources of the bitumen. Four areas-Asphalt Ridge, P.R. Spring, Hill Creek, and Sunnyside are presented as the principal areas containing most of the tar-sand resource. The Asphalt Ridge tar-sand deposit, located on the north flank of the Uinta Basin and enclosed in steep...
reportThe Sunnyside oil-impregnated (tar sand) deposit is located in the southwestern portion of the...
The bituminous sandstones in the Asphalt Ridge area represent the seepage of millions of barrels of ...
reportDuring the month of July 1972, the author assisted by Jonathan Mann studied the oil impregnate...
reportUtah contains a vast tar sand resource; 53 identified deposits (figure 1) have been estimated ...
Commercial production of oil from bituminous sandstones, more commonly referred to as "Tar sand...
reportA very major tar sand resource is located within the study area. This is estimated on a reconn...
reportPetroleum-impregnated outcrops are widespread throughout eastern Utah and less so in the west ...
reportAsphalt Ridge probably is the second largest bituminous sandstone deposit in northeastern Utah...
reportThe largest single deposit of bituminous sandstones in the United States is found in the Uinta...
reportThis report addresses an important need to the State of Utah; to define, tabulate, and documen...
BookThe Whiterocks tar sand deposit is located near the mouth of Whiterocks Canyon, an important sou...
journal articleThe following discussion is partly from abstracts of the work of other investigators ...
BookThe significant bituminous sandstone and bituminous Limestone deposits of Utah are located withi...
reportNear surface, oil-impregnated rock deposits in Utah are estimated to contain as much as 29 bil...
reportIn 1980, the Laramie Energy Technology Center completed a seven corehole drilling program at t...
reportThe Sunnyside oil-impregnated (tar sand) deposit is located in the southwestern portion of the...
The bituminous sandstones in the Asphalt Ridge area represent the seepage of millions of barrels of ...
reportDuring the month of July 1972, the author assisted by Jonathan Mann studied the oil impregnate...
reportUtah contains a vast tar sand resource; 53 identified deposits (figure 1) have been estimated ...
Commercial production of oil from bituminous sandstones, more commonly referred to as "Tar sand...
reportA very major tar sand resource is located within the study area. This is estimated on a reconn...
reportPetroleum-impregnated outcrops are widespread throughout eastern Utah and less so in the west ...
reportAsphalt Ridge probably is the second largest bituminous sandstone deposit in northeastern Utah...
reportThe largest single deposit of bituminous sandstones in the United States is found in the Uinta...
reportThis report addresses an important need to the State of Utah; to define, tabulate, and documen...
BookThe Whiterocks tar sand deposit is located near the mouth of Whiterocks Canyon, an important sou...
journal articleThe following discussion is partly from abstracts of the work of other investigators ...
BookThe significant bituminous sandstone and bituminous Limestone deposits of Utah are located withi...
reportNear surface, oil-impregnated rock deposits in Utah are estimated to contain as much as 29 bil...
reportIn 1980, the Laramie Energy Technology Center completed a seven corehole drilling program at t...
reportThe Sunnyside oil-impregnated (tar sand) deposit is located in the southwestern portion of the...
The bituminous sandstones in the Asphalt Ridge area represent the seepage of millions of barrels of ...
reportDuring the month of July 1972, the author assisted by Jonathan Mann studied the oil impregnate...