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TitleDateSubjectDescription
701 Digitized log file, API Number 43047369072009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
702 Digitized log file, API Number 43051201032009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
703 Digitized log file, API Number 43051300012009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
704 Digitized log file, API Number 43051300032009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
705 Digitized log file, Utah Geological Survey Well Number U0432009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
706 Digitized log file, Utah Geological Survey Well Number U0442009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
707 Digitized log file, Utah Geological Survey Well Number U0452009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
708 Digitized log file, Utah Geological Survey Well Number U0462009well log; Utah Geological SurveyThis log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
709 Digitized log file, Utah Geological Survey Well Number U0482009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
710 Digitized log file, Utah Geological Survey Well Number U0502009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
711 Digitized log file, Utah Geological Survey Well Number U0542009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
712 Digitized log file, Utah Geological Survey Well Number U0562008This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
713 Digitized log file, Utah Geological Survey Well Number U0592009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
714 Digitized log file, Utah Geological Survey Well Number U0602009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
715 Digitized log file, Utah Geological Survey Well Number U0612008This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
716 Digitized log file, Utah Geological Survey Well Number U0622008This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
717 Digitized log file, Utah Geological Survey Well Number U0642009Utah Geological Survey; well log; well U064This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
718 Digitized log file, Utah Geological Survey Well Number U0652009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
719 Digitized log file, Utah Geological Survey Well Number U0682009well log; well U068; Utah Geological SurveyThis log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
720 Digitized log file, Utah Geological Survey Well Number U0812009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
721 Digitized log file, Utah Geological Survey Well Number U0822009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
722 Digitized log file, Utah Geological Survey Well Number U0852009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
723 Digitized log file, Utah Geological Survey Well Number U0862009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
724 Digitized log file, Utah Geological Survey Well Number U0922009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
725 Digitized log file, Utah Geological Survey Well Number U1022009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
726 Digitized log file, Utah Geological Survey Well Number U1082009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
727 Digitized log file, Utah Geological Survey Well Number U1112009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
728 Digitized log file, Utah Geological Survey Well Number U1382009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining
729 Digitized log file, Utah Geological Survey Well Number U1492009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining.
730 Digitized log file, Utah Geological Survey Well Number U1532009This log was digitized by the Utah Geological Survey from image files (.tiff) compiled by the Utah Division of Oil, Gas, and Mining.
731 Diluent-assisted hot-water processing of tar sands1987hot water processing; tar sands; diluent-assisted hot-water processing; bitumen viscosityThe influence of diluent addition and temperature on bitumen viscosity of tar sands from nine locations in the U.S.A. and Canada has been investigated. Subsequently, hot-water bitumen-recovery experiments were carried out at temperatures from 33°C to 95°C. Kerosene was added as needed to maintain ...
732 Dilution centrifuging of bitumen froth from the hot water process for tar sand1983-05-17Patent; Dilution centrifuging; Bitumen froth; Tar sand; Naphtha-diluted bitumen frothIn the known operation wherein naphtha-diluted bitumen froth is pumped from a scroll-type centrifugal separator to a disc-type centrifugal separator, an improved pumping system is provided. The system comprises at least two centrifugal pumps in series, each operating preferably at an impellor tip sp...
733 Dimensions, exterior surfaces, volumes, densities and shape factors for particles of crushed Colorado oil shale in two narrow sieve fractions (Abstract)1981-09-29Colorado oil shale; oil shale; narrow sieve fractions; large-scale oil extraction; factors of oil-shale particles; oil shale particlesLarge-scale extraction of oil from Colorado oil shale will require that the rock be fragmented for heat processing, whether the retorting be done above or below ground level. Understanding of fluid friction, heat transfer and mass transfer in beds of shale particles requires that we be able to char...
734 Directory of State of Utah statistics 19711971-09The Directory of State of Utah Statistics has been developed in response to the need for a fairly comprehensive guide to statistical information published by the State. The Directory is intended to fulfill two objectives. The first and major objective is to make available to policy makers, planners ...
735 The disposition of sulfur during the oxidation and subsequent leaching of retorted oil shale1982-03sulfur; oxidation of oil shale; leaching of retorted oil shale; retorted oil shale; oil shale; charThe char and iron sulfides in retorted oil shale were oxidized at temperatures from 350 to 800°C. At temperatures above approximately 550°C, sulfur was retained by the shale as water-soluble sulfates, whereas oxidation at temperatures between 400 and 500°C resulted in a loss of as much as 22% of ...
736 Division of oil, gas, and mining permitting processes2011-05-17permitting processes; natural resources; oil; gas; miningDivision of Oil, Gas, and Mining Permitting Processes. John Baza, DirectorUtah Division ofOil, Gas and Mining. Unconventional Fuels Conference. May 17, 2011
737 DOE project review: Subtask 4.2 (B): Examination of in situ production models2011-03-11DOE project review; in situ production models; oil shale; unconventional fuels; oil sands; geomechanics; general reservoir simulation toolA presentation given at the Unconventional Fuels from Oil Shale and Oil Sands Project Review Meeting on March 10-11, 2011. The objectives of the presentation is the examination of in-situ production methods, different in-situ production method options, rigorous energy and carbon balances, exploratio...
738 Domestic tar sands and potential recovery methods--a review1969-12The purpose of this paper is to review and evaluate present knowledge of United States tar sands including physical properties, occurrence, reserves, and recovery methods. Tar sands are oil, bitumen, asphalt, tar, or petroleum-impregnated rock from which little hydrocarbon material is recoverable by...
739 Double solvent extraction of organic constituents from tar sands1977-09-06Extraction of hydrocarbons from tar sands with a light naphtha/methanol solvent system results in rapid decrepitation of the tar-sand aggregate and separation of organic matter into three phases. Distribution of the extracted and non-extracted organic material is among the phases. The most desirable...
740 Dow shale site tracer gas pressurization study1977-10Systems, Science and Software (S3) has developed tracer gas/ pressurization techniques necessary to determine critical media properties of underground regions. Application of this technology is especially relevant to analysis of an oil shale retort volume. During the period 7 July to 14 July 1977, a...
741 Downhole hydraulic mining system1985-07-31Oil-bearing sands; Oil field; Wellbore; Downhole hydraulic mining system; California; Utah; Kentucky; New Mexico; Canada; Venezuela; Oil; Deposits; Strip miningThe downhole hydraulic mining system is designed to exploit deposits of oil-bearing sands that are not economically producible using current oil field or mining technology. In most cases, the hydrocarbon in the reservoir is too viscous to flow into the wellbore naturally and applications of heat (st...
742 Draft environmental impact statement on conversion of oil and gas leases to combined hydrocarbon leases, Tar Sand Triangle, Utah1984-07-16The Draft Environmental Impact Statement will provide the Regional Director, National Park Service, and State Director, Bureau of Land Management, with the necessary information to make a decision on whether existing oil and gas leases in Glen Canyon National Recreation Area and on adjacent BLM land...
743 Duplex: lessons learned and roadblocks overcome to its successDuplexTM is an innovative combustion technology that has been successfully implemented in a variety of industrial applications including refinery process heaters, once-through steam generators, enclosed flares and boilers. The technology provides unparalleled environmental and process performance ch...
744 Earth Energy Resources corporate presentation2008-02-22Oil sands; Earth Energy; Ophus Process; PR Spring, Utah; Bitumen; Oil sand mining; Tailings ponds; Extraction processes; Utah; Water consumption; Athabasca, Canada; Vernal, Utah; Simplot Phosphate MineForward looking statements--Earth Energy Resources, Inc.: This presentation and the Company's website referenced in this presentation contain forward-looking statements including expectations of future production and components of cash flow and earnings. Investors are cautioned that assumptions used...
745 Earth Energy Resources Inc.2006-09-21Uinta Basin; Oil sands; Athabasca; Tailings ponds; Water usage and supply; Emulsion treating; Concurrent Reclamation; Natural Gas; Process heating fuel; Infrastructure; Product transportation; Production issues; Ophus Process; Bitumen; Tar sand; UtahIssues facing oil sand production: -Issues facing Athabasca producers -Likely issues facing Uinta Basin producers -Technology advancements will provide the keys to unlock the oil sands in the USA
746 Earth Energy Resources, Inc. oil sands production in Utah: Continued development2009-02-27Oil Sand; Utah; Hydrocarbon Energy Environmental Gap; HEEG; Earth Energy; Oil sand production; Ophus Process; Oil sand deposits; Bitumen extraction; Oil sand mining; EER Spring Mine Site; Vernal, UtahOverview of Earth Energy Resources, Inc.'s continuing oil sands development activities in Utah, presented at the 2009 Western U.S. Oil Sands Conference by D. Glen Snarr, President & Chief Financial Officer, Earth Energy Resources, Inc.
747 EC sensor: flame safety and fuel savings integrated into one systemSafety is the most important consideration in the operation of any combustion system. To that effect, operators of combustion equipment monitor the presence of a flame in various ways. The most common flame monitoring sensors include flame rods, infrared scanners and ultra-violet scanners. Although ...
748 Economic & demographic futures 1980-20001980-01Special acknowledgement is appropriate for the efforts of the Community Planning Policy Committee which provided continual guidance to the Water Quality staff over a six month period; in addition to Jean Watanbe, Office of the State Planning Coordinator, Brad Barber and Greg Selby formerly with the ...
749 The economic & demographic impacts of the intermountain power project1982-04This report presents economic and demographic projections for the two-county (Millard and Juab) area to be impacted by the Intermountain Power Project located in western Millard County, Utah. The intermountain Power Agency has been planning the construction of the IPP project for quite some time.
750 Economic and demographic impacts of federally financed transportation infrastructure on the Wasatch Front2004-09Over the next three decades, $14.4 billion (constant 2004 dollars) of new transit and highway infrastructure is planned to meet the transportation needs of the Wasatch Front.1 These investments will significantly influence the region's economic development potential, relative competitiveness, and la...
751 Economic assessment of oil shale development scenarios in the Uinta Basin2013-10-15Economic assessment; Oil shale development; Uinta Basin; In situ; Ex situ
752 Economic comparison of the thermal and hot-water process for recovery of oil from tar sands1978-11A comparison of the economics of the Hot Water and Thermal Process for recovery of oil from the tar sands at Sunnyside is presented using a plant size of 25,000 B/D of hydrocarbon products. The Thermal Process will require an investment of approximately $120,000,000. The product is a low viscosity f...
753 Economic evaluation of oil shale and tar sands resources located in the state of Utah: Phase 11981-02-15Managing public lands for maximum social benefit is becoming an increasingly complex task. The growing need for domestically produced mineral raw materials and energy, and the conflicting interests over the use of public lands, have added new dimensions to the management issues. This report covers t...
754 Economic evaluation of oil shale and tar sands resources located in the state of Utah: Phase 21982-10Technically accurate economic evaluation of Utah resources is essential to the future health of Utah's economy and for the sound management of Utah's lands and mineral/hydrocarbon resources. This report presents the results of the second year of research aimed at resources in the State of Utah. The ...
755 Economic impact of synthetic fuels and M-X development on small business in the four corners region1981-06The development of asynthetic fuels industry and the deployment of the M-X nuclear weapons station within the Four Corners region raises serious questions about potential economic impacts. This report is a preliminary analysis of these economic impacts with special attention paid to the likely effec...
756 Economic impacts of U.S. liquid fuel mitigation options2006-07-08Oil; Oil shortages; United States dependence on oil imports; Energy Security; Vehicle fuel efficiency (VFE); Coal liquefaction; Coal-to-liquids (CTL); Oil shale; Enhanced oil recovery (EOR); Oil peaking; Liquid fuelsThe world is consuming more oil than it is finding, and at some point within the next decade or two, world production of conventional oil will likely peak. Peaking will lead to shortages and greatly increased prices and price volatility. In addition to peaking and its consequences, there are widespr...
757 The economic potential of domestic tar sands1982economical potential; domestic tar sands; Utah tar sand deposits; technical recovery potential; recovery estimates; net energy analysisThis report summarizes the analysis of the Utah tar sand deposits (see Exhibit 1) prepared for ERDA/Fossil Energy and the Laramie Energy Research Center. Background Like many oil producing countries, the United States contains considerable deposits of tar sands heavy petroleum (bitumen) that will no...
758 Economic potential of state-owned lands in the Sunnyside Special Tar Sand Area Carbon County, Utah1985The Sunnyside oil-impregnated (tar sand) deposit is located in the southwestern portion of the Uinta Basin, approximately 25 miles east of Price, Utah (fig. 1). The tar sands are located in the Wasatch Formation and in the Douglas Creek Member of the Green River Formation, with up to 32 individual b...
759 Economic potential of the P.R. Spring oil-impregnated deposit, Uinta Basin, Utah1984-08The P.R. Spring oil-impregnated sandstone (tar sand) deposit is located in the southeastern portion of the Uinta Basin, approximately 50 miles northwest of Grand Junction, Colorado. These oil impregnated sandstones are in the Eocene Green River Formation and five zones have been identified. These zo...
760 Economic, demographic and fiscal impacts of closing Hill Air Force Base: a statewide and regional analysis2004-04The upcoming round of Defense Base Closure and Realignment (BRAC) is threatening the existence of Hill Air Force Base (Hill AFB). The Department of Defense is aggressively approaching this round of BRAC in its attempt to eliminate 20% to 25% of current capacity. The purpose of this study is to asses...
761 Economic, repeatable and environmentally responsible2012-05-15unconventional fuels; U.S. oil sands; oil sand; bitumenThis presentation and the Company's website referenced in this presentation contain forward-looking statements including expectations of future production and components of cash flow and earnings. Investors are cautioned that assumptions used in the preparation of such information may prove to be in...
762 Ecoshale: Environmental alternative fuels2008-11-13Unconventional fuel; Oil industry; Oil shale; Utah; Colorado; Wyoming; Tar sand; Red Leaf; Duchesne County; Uintah Basin; Carbon County; Emery County; Grand County; Ecoshale; In-capsule process; Kerogen; Alternative Fule; Environmental; In-capsule; Economic
763 Effect of ethanol on the chemical structure of the soot extractable material of an ethylene inverse diffusion flame2007Soot extractable material; Ethylene inversion diffusion flame; Aromatic fused rings; Neat flame; Chloroform-extractable material; Aliphatic component; Incomplete combustion; Fossil fuels; Ethanol; Soot; Emission; Soot particles; Polyaromatic hydrocarbons; Potential carcinogenThe effect of fuel-side ethanol addition on the chemical structure of the soot extractable material generated in an ethylene inverse diffusion flame was evaluated by means of average structural parameters. The results indicate that the ethanol effect on the aromatic components was more pronounced, w...
764 The effect of feed source in the hot water processing of Utah tar sand1979-02Tar sand; Utah; Bitumen; Hot water separation; Froth flotation; energy demandThe processing strategy for the effective separation of bitumen from low grade (< 10 weight percent bitumen) Utah tar sands by a hot water process differs significantly from that used for the processing of high grade (> 10 weight percent bitumen) Utah tar sands. Excellent separations (coefficient of...
765 Effect of operating parameters on fired heater tube skin temperature measurement accuracy & the development of new improved tube skin thermocouple2022Refineries are often faced with challenges to meet production target, improve efficiency, process opportunity crudes with limited information on fouling characteristics etc. The common parameter that often becomes constraining are the tube skin temperatures which are critical in maintaining the inte...
766 Effect of pressure on copper/copper-oxide system functioning as an oxygen carrier in chemical looping combustion2010-06-10copper/copper-oxide system; chemical looping combustion; CLC; high pressure thermogravimetic analysisChemical Looping Combustion (CLC) is a promising technology that will utilize more efficient harvesting of energy along with decreased CO2 emissions into the atmosphere. In CLC system the emissions are composed of CO2 and H2O allowing the CO2 to be captured and disposed of in an environmentally more...
767 The effects of oxy-firing conditions on gas-phase mercury oxidation by chlorine and bromine: Topical report: April 2009 to June 20102010-10oxy-firing conditions; gas-phase mercury oxidation; bench-scale experiments; liquid-phase oxidationBench-scale experiments were conducted in a quartz-lined, natural gas-fired reactor with the combustion air replaced with a blend of 27 mole percent oxygen, with the balance carbon dioxide. Quench rates of 210 and 440 K/s were tested. In the absence of sulfur dioxide, the oxy-firing environment caus...
768 Effects of oxygen concentration and coal composition on aerosol chemistry in oxy firing2010-11-12aerosol chemistry; oxy firing; ICSE; coal aerosols; coal compositionOutline: 1) Objectives 2) Coals examined 3) Furnace, sampling, and analysis 4) Results 5) Conclusions. The objectives of the presentation is to provide a comparison of three different coal aerosols under two different oxy fired scenarios for predicting effects of coal composition on oxy firing. Exam...
769 Effects of partial pressure of oxygen on the stability of axial, oxy-coal, turbulent diffusion flames: Topical report task 82009-07-31Oxy-fuel combustion; Pulverized coal; Flue gas recirculation; CO2 sequestration; Near-burner zone environment; O2; CO2; Partial pressure of oxygen; Flame stability; Air combustion; Coal-jet ignition models; Predicting flame attachment; Retrofit; Oxy-coal combustion; Type 0 axial flames; Turbulent di...Oxy-fuel combustion of pulverized coal with flue gas recirculation is potentially one of the few technologies that may allow CO2 sequestration technologies to be applied to existing coal-fired boilers. One issue of interest is to understand and predict the effects of the near-burner zone environment...
770 Efficient parallelization of RMCRT for large scale LES combustion simulations2011-06monte carlo; RMCRT; parallelization; large scale LES combustion; combustion simulations; radiationAt the high temperatures inherent to combustion systems, radiation is the dominant mode of heat transfer. An accurate simulation of a combustor therefore requires precise treatment of radiative heat transfer. This is accomplished by calculating the radiative-flux divergence at each cell of the discr...
771 Employment and population analysis and projections Ogden Metropolitan Area, Utah and the United States1963-07Thomas A. McLean and M r s . Connie P„ F a u l k n e r , graduate s t u d e n t s , and David L . Sutton, a senior student, in the Department of Economics, r e n d e r e d very valuable a s s i s t a n c e in the p r e p a r a t i o n of this r e p o r t. The Utah Department of Employment Se...
772 Employment and population analysis and projections Provo metropolitan area, Utah and the United States1964-09This is the third and final report analyzing and projecting the employment profile and estimating the future population of Utah's three Metropolitan Areas Salt Lake, Ogden, and Provo--as part of a transportation study of each area by the Utah State Highway Department and local government agencies ...
773 Employment and population analysis and projections Salt Lake Metropolitan Area, Utah and the United States1962-09Thomas A. McLean and Mrs. Connie P. Faulkner, graduate students in the Department of Economics, rendered very valuable assistance in the preparation of this report. The Utah Department of Employment Security was most cooperative and helpful in making available the necessary basic data for this stud...
774 Employment, population, income and automobiles in Salt Lake, Ogden, Provo Metropolitan Area and State of Utah1966-12William C a r l i s l e and Michael A. Stoddard, graduate students in the Department of Economics, rendered v e r y valuable a s s i s t a n c e in the p r e p a r a tion of t h i s r e p o r t . Gregory M. Nielson, graduate student in Mathematics, a s s i s t e d in computer programming, and Iver...
775 Ending the energy stalemate: A bipartisan strategy to meet America's energy challenges2004-12Energy; Greenhouse gas emissions; Energy supplies; Energy security; Global climate change; National energy policy; Future U.S. energy policy; Bipartisan; Oil security; Vehicle fuel economy standards; Energy efficiency; Sustainable energy; Hybrid vehicles; Natural gas; Refrigerator; Alaska natural ga...This report recommends a revenue-neutral package of measures designed to ensure affordable and reliable supplies of energy for the twenty-first century while responding to growing concern about energy security and the risks of global climate change driven by energy-related greenhouse gas emissions. ...
776 Enefit American Oil introduction & progress update2012-05-15Enefit American Oil; EAO; unconventional fuels1. Introduction to Enefit American Oil 2. Overview of Development Plan 3. Progress Update 4. Estonian Shale Oil Industry Expansion
777 Energy conservation and pollution control (abstract)Abstract
778 Energy development in the Uintah Basin: economic and demographic impacts1981-07This report, "Energy Developments in the Uintah Basin: Economic and Demographic Impacts," is one of aseries of reports issued by the State Planning Coordinator's Office that are designed to support comprehensive planning and the development of a Utah growth management strategy. The report is intende...
779 Energy development on tribal lands2011-05-17unconventional fuels; energy developmentIndian tribes throughout this country own a substantial amount of untapped energy resources. Energy production from tribal lands equals ten percent of the total federal onshore production of energy minerals. Indian-owned energy resources are still largely undeveloped: 1.81 million acres are being ex...
780 The energy industry faces a carbon-constrained world2009-02-27carbon regulation; energy industry; carbon control; CO2 sequestration; GHG.Analysis of the impacts of potential frameworks for carbon regulation on the energy industry, presented at the 2009 Western U.S. Oil Sands Conference by Arnold W. Reitze, Jr., Professor, S.J. Quinney College of Law, University of Utah.
781 Energy resources map of Utah (no. 36)1975-05-01energy resources
782 Energy resources map of Utah (no. 44)1974energy resourcesEdition of 1959 of the U.S. Geological Survey, modified 1974 by the Utah Geological and Mineral Survey
783 Energy resources map of Utah (no. 68)1983-05Map 68; Utah; Energy Resources map; Gilsonite; Oil shale; Oil-impregnated rock; Geology; Oil and natural gas
784 Engineering prospects of a field test thermal recovery of oil from tar sands Asphalt Ridge, Uintah County, Utah1959-04-25tar sand deposits; thermal recovery methods; tar sand; oil field; Asphalt RidgeIn late 1956 Sohio acquired certain interests in tar sand deposits at Asphalt Ridge a few miles west of Vernal, Utah. During 1957 and 1953 we conducted an extensive coring program to evaluate those shallower areas most susceptible to mining and air injection tests to evaluate those deeper areas most...
785 Enhanced in-situ production through fracturing2010-04-28in-situ production; fracturing; fracturing methodsRationale For Fracturing: 1) Ultra-Low Matrix Permeability 2) Poorly Interconnected Fracture Network 3) Desire to Maximize Surface Area, Minimize Transport Distance In Matrix and Increase Conductivity of Flow Paths For Production 4) Increase Surface Area, Increase Fracture Frequency
786 The ENN UCG Progress2011-03-24UCG process; ENN group; underground coal gasification6th Annual International Conference & Workshop on Underground Coal Gasification, 23rd - 24th March 2011
787 Enthalpy relations for Eastern oil shale1987-11Enthalpy relations; eastern oil shale; oil shale; oil shale process; oil shale modeling; oil shale engineering; shale enthalpyRelations were developed that allow easy and accurate calculation of enthalpy changes during the heating, retorting, or cooling of raw, spent, or burned Eastern oil shales. The heat capacities of the mineral matter, bound water, kerogen, and char, and the heat of mineral dehydration are given by lin...
788 Environmental assessment: Tar sand in situ steam injection experiment1979-12LETC; in situ recovery of bitumen from tar sand; tar sand; bitumenThe U. S. Department of Energy - Laramie Energy Technology Center (LETC) intends to conduct a field experiment for the in situ recovery of bitumen from tar sand. The experimental site is located on a ten acre site approximately 6.5 miles West of Vernal, Utah. The operational phase of the experiment ...
789 Environmental concerns for oil sands development in Utah--serious unanswered questions2008-02-22tar sands development; tar sand; Southern Utah Wilderness Association; BLM; PEIS; EIA; tar sand recoveryOverview of environmental issues and concerns associated with potential tar sands development in Utah presented by Stephen Bloch, Conservation Director of the Southern Utah Wilderness Association.
790 Environmental impact of in-situ oil shale processing2007-10in situ processing of oil shale; in situ processing; oil shale; production of oil from kerogen; oil productionThe in situ processing of oil shale for the production of oil from the kerogen involves heating the shale slowly to moderate temperatures of between 3000 C and 4000 C. At this temperature, gaseous products that evolve from the oil shale are condensed and recovered. The pathways of creation of oil fr...
791 Environmental impact of the oil sands development2010-04-28unconventional fuels conference; unconventional fuels; environmental impact; oil sands development; bitumen production; oil sands; bitumen extraction; oil sands mining; global significance of oil sand resourcesThis presentation goes over an introduction to oil sands production and extraction, greenhouse gases, water, land disturbance, tailings, and reclamation. This presentation was given at the 2010 Unconventional Fuels Conference: Production of Fuels from Oil Shale, Oil Sands, and Coal.
792 Environmental management of Alberta's oil sands2009-02-27environmental management; oil sands; Canadian oil sands development; crude bitumen; mineable resources; in situ resorces; oil sands depositsAnalysis of the challenges and successes of environmental management of Canadian oil sands development, presented at the 2009 Western U.S. Oil Sands Conference by Preston McEachern, Head of Science, Research & Innovation, Oil Sands Environmental Management Division, Alberta Environmental, Canada.
793 Environmental technologies applicable to shale development: Integrating simulation and experiment2008-11-13oil shale technologies; oil shale; environmental technologies; shale developmentPresentation given at the Utah Oil Shale Resources and Technology Update, November 13, 2008, The Leonardo, Salt Lake City, Utah.
794 Environmental, health, safety, and socioeconomic impacts associated with oil recovery from tar-sand deposits in the United States1981-09-12tar sand; tar sand resources; oil recovery; petroleum extractionThe tar-sand resources of the United States have the potential to yield as much as 36 billion barrels (bbls) of oil. The tar-sand petroleum-extraction technologies now being considered for commercialization in the United States include both surface (above-ground) systems and in situ (underground) pr...
795 Estimate of total, oil in place White Rocks Oil Properties Uintah county, Utah1961-12-09oil; petroleum recovery; heavy oil; tar; oil reserves; White Rocks Oil propertiesWestern Industries, Inc., is engaged in a project with the ultimate objective of recovering petroleum products from the "heavy oil" or "tar" bearing Navajo sandstone formation which is found at or near the surface on certain properties which they have acquired in Uintah County, Utah. Work on this pr...
796 Estimates and projections of low income population in Utah 1970-19851977This i s one in a series of projections and estimates of "target populations" defined by the Utah Department of Social Services for planning, management, and budgeting purposes. The fourteen target populations are:
797 Estimating water requirements of oil shale development in the Uintah/Piceance Basins2008-03-12water requirements; oil shale development; water resources; oil sandsCollect geospatial data and information on water resources associated information related to oil sands and oil shale development -Conduct a regional analysis of water requirements for oil shale development incorporation urbanization, alternative energy development, and wastewater recycling/reuse -De...
798 The estimation of intercensal migration from birth-residence statistics: a study of data for the United State, 1950 and 19601968-02This is the seventh in a series* of technical and analytical reports issued by the Population Studies Center of the University of Pennsylvania. All except Report No. 6 are focussed upon some aspect of recent migration and urbanization in the United States.
799 European UCG Case Study2011-03-21UCG; underground coal gasification; European UCG; case study; European trial; coal; CRIP processUCG Training Course, March 21-22, 2011, Deloitte, London
800 Evaluating opportunities for reducing life-cycle, well-to pump GHG emissions from conventional and unconventional fuels2010-04-28unconventional fuels; GHG emissions; conventional fuels; reducing life-cycle; oil shale; oil sands; coalResource extraction and upgrading.
701 - 800 of 2,479