Power, research

T. R. Penney and I. Maclaiae-Cross, Proceedings, Desiccant Cooling and Dehumidification Workshop, June 10—11, 1986, Chattanooga, Tenn., Sponsored by Electric Power Research Institute, Gas Research Institute, and Tennessee Valley Authority. 

Report EPRI EA-1788, Electric Power Research Institute, Palo Alto, Calif., 1981. 

Elue Gas Desufurizyation Sjstems andSO Control, Pub. GS-6121, Electric Power Research Institute, Palo Alto, Calif., October 1988. An abstracted bibhography of EPRI Reports and Projects. 

Gas Insulated Fluidi dBed Transformer, Final Report EE-502, Project 479-1, Electric Power Research Inst. (EPRI), Buffalo, N.Y., May 1977. 

There has been increased interest in firing wood waste as a supplement to coal in either pulverized coal (PC) or cyclone boilers at 1—5% of heat input. This appHcation has been demonstrated by such electric utilities as Santee-Cooper, Tennessee Valley Authority, Georgia Power, Dehnarva, and Northern States Power. Cofiring wood waste with coal in higher percentages, eg, 10—15% of heat input, in PC and cyclone boilers is being carefully considered by the Electric Power Research Institute (EPRI) and Tennessee Valley Authority (TVA). This practice may have the potential to maximize the thermal efficiency of waste fuel combustion. If this practice becomes widespread, it will offer another avenue for use of fuels from waste. 

Coal Liquefaction at Wilsonville. Starting ia 1974 the Advanced Coal Liquefaction R D Facihty at WilsonviUe, Alabama operated a 6 t/d pilot plant and studied various coal Hquefaction processiag schemes. The facihty, cosponsored by the DOE, the Electric Power Research Institute (EPRI) and Amoco Oil Co, was shut down ia early 1992. 

Electric Power Research Institute (EPRI) and PROD Materials Properties Council... 

One of the early popular low power research and training reactors was the AGN-201, suppHed by Aerojet General Nuclear. This is a homogeneous sohd fuel reactor, consisting of a mixture of polyethylene and uranium at 20% enrichment in The core 235U... 

Fig. 7. U.S. auclear power plant occupational radiation exposure, where ( ) corresponds to total radiation exposure, ( ) to the electricity generated, and (— -) to the radiation exposure per unit of electricity 5(Sv/(MW-yr)) (60). Courtesy of the Electric Power Research Institute.

Fig. 8. The activation of cobalt-containing corrosion products in a PWR primary circuit. See text. Courtesy of the Electric Power Research Institute.

Information for this article came from numerous sources, including F. E. Porretto, D. M. DiMeo, and S. Collins (Empire State Electric Energy Research Corp.), E. A. DeMeo and E. E. Hughes (Electric Power Research Institute) J. M. Cohen and D. Entingh (Princeton Economic Research, Inc.) and G. Sommers and J. Renner (Idaho National Engineering Laboratory). 

A. E. Aschoff and co-workers. Interim Consensus Guidelines on Fossil Plant Cycle Chemisty, Electric Power Research Institute, CS-4629,1986. 

---