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Ikelic - Alliance Digital Repository

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COAL<br />

Another one-third of the site will be used for creat<br />

ing<br />

a complete ecosystem. It will include<br />

uplands, wetlands, and a wildlife corridor. This<br />

wHI provide a protected area for native plants and<br />

animals. The final one-third of the site will be<br />

unused, and will be maintained for site access<br />

and will provide a visual buffer.<br />

Cost<br />

The current expected cost for this unit is about<br />

500 million dollars. This results in about<br />

$2,000 per kilowatt for this first-of-its-kind project.<br />

Pless says that TECO's economic justification for<br />

this project has been, in large part, dependent<br />

upon the $120 million (now $130 million due to<br />

design changes and project enhancements) fund<br />

ing from the DOE Clean Coal Technology<br />

Program.<br />

Schedule<br />

The total IGCC project is expected to be put into<br />

service between July and October 1996.<br />

Most of the equipment is scheduled for delivery<br />

in early 1995 which will provide for flexibility in<br />

construction sequencing. Specifically, the major<br />

CT components are scheduled for<br />

March/April 1995 delivery, with the radiant syn<br />

gas cooler expected to arrive at the site in<br />

May 1995.<br />

The Cooperative Agreement requires testing four<br />

different fuels during the first 2 years after com<br />

mercial operation. These coals will be classic<br />

Eastern coals such as Pittsburgh #8, Illinois #6,<br />

Kentucky #9, Elkhom #3, etc. The results of<br />

these tests will provide data for utilities in many<br />

coal producing areas to be able to determine<br />

operating characteristics and economics related<br />

to using IGCC in their areas.<br />

####<br />

AS<br />

FINAL EIS ISSUED FOR PINON PINE<br />

PROJECT<br />

The Final Environmental Impact Statement (FEIS)<br />

for the Pinon Pine Power Project, to be located at<br />

Sierra Pacific Power Company's (SPPC) Tracy<br />

Station, Nevada (Figure 1) was issued in Septem<br />

ber. This clears the way for construction to begin<br />

(nearly 1995.<br />

This project will be a nominal 800-ton per day<br />

(104 megawatt gross Ingeneration)<br />

air-blown,<br />

Tnickee f<br />

River Vv<br />

Watershed I<br />

Boundary<br />

111*''*!!*!''<br />

FIGURE 1<br />

LOCATION OF<br />

TRACY POWER STATION<br />

RENO-SJ3,<br />

' TRUCKEE<br />

MEADOWS<br />

Mount Rose<br />

Wildern<br />

rea<br />

SOURCE: DOE<br />

Steamboat / 0<br />

Cnp^y. Miles<br />

THE SYNTHETIC FUELS REPORT, JANUARY 1995

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