Ikelic - Alliance Digital Repository
Ikelic - Alliance Digital Repository
Ikelic - Alliance Digital Repository
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STATUS OF OIL SANDS PROJECTS (Underline denotes changes since June 1994)<br />
COMMERCIAL PROJECTS (Continued)<br />
- SUNNYSIDE PROJECT Amoco<br />
Production Company (T-200)<br />
Amoco Corporation is studying the feasibility of a commercial project on 1,120 acres of fee property and 9,600 acres of com<br />
bined hydrocarbon leases in the Sunnyside deposit in Carbon County, Utah. Research is continuing on various extraction and<br />
retorting technologies. The available core data are being used to determine the extent of the mineable resource base in the<br />
area and to provide direction for any subsequent exploration work.<br />
A geologic field study was completed in September 1986; additional field work was completed in 1987. In response to Mono<br />
Power Company's solicitation to sell their (federal) lease interests in Sunnyside tar sands, Amoco Production acquired Mono<br />
Power's Combined Hydrocarbon Leases effective August 14, 1986. Amoco continued due diligence efforts in the field in 1988.<br />
This work includes a tar sand coring program to better define the resource in the Combined Hydrocarbon Lease.<br />
Project Cost: Not disclosed<br />
- SYNCO SUNNYSIDE PROJECT Synco Energy Corporation (T-220)<br />
Synco Energy Corporation of Orem, Utah is seeking to raise capita] to construct a plant at Sunnyside in Utah's Carbon County<br />
to produce oil and electricity from coal and tar sands.<br />
The Synco process to extract oil from tar sands uses coal gasification to make a synthetic gas. The gas is cooled to 2,000 de<br />
grees F by making steam and then mixed with the tar sands in a variable speed rotary kiln. The hot synthetic gas vaporizes the<br />
oil out of the tar sands and this is then fractionated into a mixture of kerosene (jet fuel), diesel fuel, gasoline, other gases, and<br />
heavy ends.<br />
The syngas from the gasifier is separated from the oil product, the sulfur and CO removed and the gas is burned in a gas tur<br />
bine to produce electricity. The hot exhaust gases are then used to make steam and cogenerated electricity. Testing indicates<br />
that the hydrogen-rich syngas from the gasified coal lends to good cracking and hydrogen upgrading in the kiln.<br />
The plant would be built at Sunnyside, Utah, near the City of Price.<br />
There is a reserve of four billion barrels of oil in the tar sands and 230 million tons of coal at the Sunnyside site. Both raw<br />
materials could be conveyed to the plant by conveyor belt.<br />
The demonstration size plant would produce 8,000 barrels of refined oil, 330 megawatts of electricity, and various other<br />
products including marketable amounts of sulfur.<br />
An application has been filed by Synco with the Utah Division of State Lands for an industrial special use lease containing the<br />
entire Section 36 of State land bordering the town of Sunnyside, Utah. Synco holds process patents in the U.S., Canada and<br />
Venezuela and is looking for a company to joint venture with on this project.<br />
Project is on hold.<br />
- SYNCRUDE CANADA, LTD. Imperial<br />
Oil Resources (25.0%); Petro-Canada (12.0%); Province of Alberta (11.74%); Alberta<br />
Energy Company Ltd. (10.0%); PanCanadian Gas Products Limited (10.0%); Gulf Canada Resources Limited (9.03%); Canadian<br />
Occidental Petroleum Ltd. (7.23%); AEC Oil Sands Ltd. Partnership (5.0%); Murphy Oil Company (5.0%); Mocal Energy Limited<br />
(5.0%)<br />
(T-230)<br />
Located near Fort McMurray, the Syncrude surface mining, extraction and upgrading plant produces 190.000 barrels per calen<br />
dar day. The original plant with a capacity of 108,000 barrels was based upon: oil sand mining and ore delivery with four<br />
dragline-bucketwheel reclaimer-conveyor systems; oil extraction with hot water flotation of the ore followed by dilution<br />
centrifuging; and upgrading by fluid coking followed by hydrotreating. During 1988, a 6-year $1.5 billion investment program<br />
in plant capacity was completed to bring the production capability to over 155,000 barrels per calendar day. Included in this in<br />
vestment program were a 40,000 barrel per day L-C Fining hydrocracker, additional hydrotreating and sulfur recovery capacity,<br />
and auxiliary mine feed systems as well as debottlenecking of the original processes.<br />
In 1992 production operating costs were about C$15.39 per barrel. Syncrude Canada Ltd. produced 12 percent of Canada's<br />
crude oil requirements in 1992. In 1993 operating costs were $15.47 per barrel.<br />
In 1992, Syncrude announced that it is seeking approval from the Alberta Energy Resources Board (ERCB) to increase output<br />
by 28 percent. This was approved in 1994.<br />
3-41<br />
SYNTHETIC FUELS REPORT, JANUARY 1995