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Florida Power and Light

CSP is also used to heat fluids to extreme temperatures (up to 750 degrees Fahrenheit), which produces steam that then drives a turbine. A provider of this kind of solar power is Ausra, Inc. (www.ausra.com). which has commitments for 1,000 megawatts of solar power with Pacific Gas Electric and Florida Power and Light. [Pg.40]

Florida Power and Light St. Lucie 1 (Hutchinson Island, FL) 839 PWR... [Pg.321]

This study was supported by the National Science Foundation under Grant No. CTS-9211552 and by the Florida Power and Light Company. [Pg.82]

Florida Power and Light Company s Study of Shell-Based GCC Power Plants. Palo Alto, California Electric Power Research Institute, January 1989. GS-6176. [Pg.198]

Systematic Problem Solving (SPS) at Florida Power AND Light... [Pg.95]

The T-Model is more general than the Florida Power and Light example because it is not applied to a specific situation. There are no specific tools assigned to each step. However, as the T-Model is applied to a specific example, such as in the FP L situation, it would become more focused, detailing specific tools and procedures that should be used." ... [Pg.97]

Entropy Environmentalists Inc. 1991. Stationary source sampling report reference no. 8165 A. Florida Power and Light Company Sanford... [Pg.86]

SOXAL A flue-gas desulfurization process, basically similar to the Wellman-Lord process but regenerating the bisulfite solution in a membrane electrochemical cell. Developed by Allied Signal Group and piloted at the Florida Power Light Company, Miami, FL, in 1991. A larger demonstration plant was planned for Dunkirk, New York. [Pg.251]

The performance of Orimulsion in commercial boilers has been well documented [58,61-62]. From an operational perspective, this opportunity fuel does not degrade the performance of boilers, particularly when compared to oil. Environmental impacts also have been favorable based upon tests conducted for the Florida Power Light Company Sanford Plant [63] and other installations [64]. [Pg.80]

Ashley, C. S., Reed, S. T., Brinker, C. J., and Walko, R. J., Aerogel Composites for Radioluminescent Light Power Sources, 5th Int. Conf. Ultrastructure Processing, Orlando, Florida, February 1991. [Pg.336]

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See also in sourсe #XX -- [ Pg.199 ]

See also in sourсe #XX -- [ Pg.95 , Pg.97 ]



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