Nuclear Management Company

Sharon Theimer (1999), Planned Nuclear Management Company Could Save Millions, Wisconsin State Journal, February 26, pg. lOB. 

Central Interim Storage Facilityfor NuclearFuel—CRAB, Swedish Nuclear Fuel and Waste Management Company (SKB), Stockholm, Sweden, 1986. 

STP NUCLEAR OPERATING COMPANY Wadsworth WASTE MANAGEMENT INC Houston... 

The reactor owners have estabUshed the jointly owned stock company Swedish Nuclear Fuel and Waste Management Company, SKB, to dispose of radioactive waste (except for the VLLW which is managed by the reactor owners), manage the SNF outside the NPPs and conduct the necessary R D work. 

Almen K.-E., Andersson O., Fridh B., Johansson B.-E., Sehlsted M., Hansson K., Olsson O., Nilsson G., and Wikberg P. (1986) Site Investigation—Equipment for Geological, Geophysical, Hydrogeological, and Hydro-chemical Characterization. Technical Report 86-16, Swedish Nuclear Euel and Waste Management Company (SKB), Stockholm, Sweden. 

Axelsen K., Wikberg P., Andersson L., Nederfeldt K.-G., Lund J., SjostromT., and Andersson O. (1986) Equipment for Deep Ground Water Characterization Calibration and Test Run in Fjallveden. Status Report AR 84-27, Swedish Nuclear Fuel and Waste Management Company (SKB), Stockholm, Sweden. 

Blyth A. and Frape S. K. (2002) Evolution of Aspo Groundwaters with Time Additional Information from Tritium and Cl. Technical Document 02-18, Swedish Nuclear Fuel and Waste Management Company, Stockholm, Sweden, 17p. 

Fredriksson, A., Staub, I., Janson, T. 2003. Aspo Pillar Stability Experiment. Design of heaters and preliminary results from coupled 2D thermo-mechanical modelling. SKB, IPR-03-03. Swedish Nuclear Fuel and Waste Management Company, Stockholm. 

The Swedish Nuclear Fuel and Waste Management Company (SKB) is investigating the stability of a pillar between two closely located deposition holes at Aspo Hard Rock Laboratory (AHRL). This in-situ experiment is called Aspb Pillar Stability Experiment (APSE) and it is described more detailed elsewhere in this proceeding see APSE by Andersson et al. (2(X).1). 

Rinne M, Shen B, Lee H-S, 2003. Aspo pillar stability experiment. Part I Modelling of fracture stability by FRACOD. Part II Modelling Fracture Initiation and Acoustic Emission. Part III Reconstruction of Stress Field Using an Inverse Technique. International Progress Report, IPR-03-05. Swedish Nuclear Fuel and Waste Management Company, Stockholm, 2003. 

King, F., Ahonen, L., Taxen, C. et al. (2002) Copper corrosion under expected conditions in a deep geologic repository. Swedish Nuclear Fuel Waste Management Company Report, SKB TR 01 -23, 2001 Posiva Oy Rep. POSIVA 2002-01. 

In October and November 2000,1 had the great privilege of attending a 5-week management seminar, Senior Nuclear Plant Management , at the Institute for Nuclear Power Operations (INPO) in Atlanta, Georgia. This seminar consisted of 14 experienced people from nuclear power companies - 12 from the USA, one from France, and me. 

The partnership type described is the "Jointly Owned Nuclear Operating Company" or JNOC. In JNOCs, "coequal" partners form a partnership entity to manage operations and maintenance activities for several nuclear power plants. Using our vocabulary from Chapter 16, this is an example of a one-to-one, horizontal partnership combination. This chapter raises issues regarding top management and fxmctional support addressed in Chapters 11 and 12. It also addresses the problems of cost documentation and savings sharing covered in Chapter 25. 

CDFR is a pool-type SFR with a preliminary designed thermal power of 2100 MW and an electrical power of 870 MW. Mixed oxide (MOX) is used as the fuel, and sodium is the main coolant. The reactor is a three-loop, three-circuit design, and there is only one set of steam turbine generators. Fig. 14.5 shows the preliminary core layout of the CDFR (Yang et al., 2007). It was planned to be constructed in Xiapu, Fujian province, under the cooperation of the China National Nuclear Corporation (CNNC), the Fujian Investment and Development Group, and the Xiapu state-owned assets investment management company with the investigation ratio of 51 40 9. 

Brown, R.A., Christian, J.D. and Thomas, T.R. (1983a). Airborne Radioactive Waste Management, Report No. ENICO-1132 (Exxon Nuclear Idaho Company, Idaho Falls, Idaho). 

E-mail Address will.callicott srs.gov Web Address www.srs.gov The Savannah River Site (SRS) is a nuclear fuel storage and production site that works to protect the people and the environment of the U.S. through safe, secure, cost-effective management of the country s nuclear weapons stockpile and nuclear materials. While the site is owned by the U.S. Department of Energy, it is operated by Washington Savannah River Company, LLC (WSRC), a wholly-owned subsidiary of Washington Group International. 

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