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Cleaning Up Sites Contaminated with Radioactive Materials: International Workshop Proceedings (2009)
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. "22 Cleaning Up Sites Contaminated with Radioactive Materials: Coastal Maintenance Bases Andreev Bay and Gremikha--Dieter K. Rudolph." Cleaning Up Sites Contaminated with Radioactive Materials: International Workshop Proceedings. Washington, DC: The National Academies Press, 2009.

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Cleaning Up Sites Contaminated with Radioactive Materials: International Workshop Proceedings

temporary storage facilities—TSFA (Andreev Bay) and TSFG (Gremikha)—to reflect their current status.

Mass Decommissioning

After the collapse of the Soviet Union, severe reductions in defense spending left the Russian Federation Navy unable to maintain a large, active submarine fleet and its supporting infrastructure, including the coastal maintenance bases. Routine facility maintenance of coastal maintenance bases ceased. In 1994, only 35 percent of the funds earmarked for the Russian Northern Fleet were actually transferred.1 The lack of funds and the fact that many of the first- and second-generation nuclear submarines exceeded their service life led to mass decommissioning and the neglect of the supporting infrastructure, including the coastal maintenance bases. The large influx of spent nuclear fuel, radioactive waste, and toxic waste associated with decommissioning and dismantling nuclear submarines overwhelmed an already burdened system, resulting in severe problems of safe management of spent nuclear fuel, radioactive waste, and toxic waste.

Another factor in reducing the fleet size was the Strategic Arms Reduction Treaty, which required the elimination of more than 40 ballistic submarines with more than 600 ballistic missile launchers.2 Although it increased the number of submarines to be dismantled, it had a positive effect because the United States funded the modernization of dismantlement facilities at a number of shipyards, including Zvezdochka in the northwest and in Russia’s Far East Region through the Cooperative Threat Reduction Program. This program eliminated bottlenecks in spent nuclear fuel and radioactive waste management and until recently paid for the dismantlement of the entire ballistic submarines. Now, funding is limited to removal of the launcher tubes and reactor compartments. The facilities provided through the Cooperative Threat Reduction Program are available for Russian “general purpose” (nonballistic nuclear submarines) dismantlement on a not-to-interfere basis.

As of February 2007, a total of 198 nuclear submarines were decommissioned and 148 were dismantled. In the Northern Fleet, 120 nuclear submarines were decommissioned and 97 are dismantled. Ten Northern Fleet submarines are in the process of being dismantled.3

1

Nikitin, A., I. Kudrik, and T. Nilsen. 1996. The Russian Northern Fleet: Sources of Radioactive Contamination. Bellona Foundation: Oslo, p. 15. Available online at www.bellona.org/reports/The_Russian_Northern_Fleet.

2

Federation of American Scientists: www.fas.org/nuke/control/start2/.

3

Akhunov, V. 2007. Progress on Dismantlement of Nuclear Submarines under the Global Partnership International Cooperation. Presented at the Northern Dimensions Environmental Partnership-Nuclear Operating Committee/Contact Experts Group Workshop on Results of Strategic Master Plan, Phase 2, London, April 10, 2007. Available online at www.iaea.org/OurWork/ST/NE/NEFW/CEG/documents/ws042007_1E.pdf.

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Front Matter (R1-R14)
Opening Remarks, 1 Welcoming Remarks--Nikolay Laverov (1-4)
2 Welcoming Remarks--Frank L. Parker (5-6)
3 Welcoming Remarks--David N. McNelis (7-7)
4 Interests of the International Science and Technology Center--Norbert Jousten (8-10)
Overview Presentations, 5 Ensuring Nuclear and Radiation Safety in the Use of Nuclear Energy for Peaceful Purposes--Andrei B. Malyshev (11-16)
6 The Environmental Policy of the Russian Federal Atomic Energy Agency (Rosatom) and Priority Objectives for its Implementation--Aleksandr M. Agapov and Leonid A. Bolshov (17-31)
7 Evaluation of Radiation Ecology Status Around Russian Nuclear and Radiation Enterprises Based on Landscape-Geochemical Research--V. I. Velichkin, Ye. N. Borisenko, A. Yu. Miroshnikov, V. I. Myskin, N. V. Kuzmenkova, and I. I. Chudnyavtseva (32-42)
8 Systems Studies of the Radiation Legacy and the Development of the Informational, Legal, and Regulatory Framework for Post-Rehabilitation Institutional Control, Oversight, and Management of Radiation-Hazard Facilities in the Russian Federation--S. N. Brykin, O. G. Lebedev, V. K. Popov, and D. A. Serezhnikov (43-50)
9 Comprehensive Resolution of the Problem of Radioactive Waste Management and Rehabilitation of Contaminated Areas in the Moscow Region--S. A. Dmitriev (51-58)
Case Studies, 10 Lands Damaged as a Result of Uranium Ore Mining Operations in the Russian Federation--V. P. Karamushka and V. V. Ostroborodov (59-68)
11 Uranium Recovery and Remediation of Uranium Mill Tailings: Russian and U.S. Experience--James H. Clarke and Frank L. Parker (69-80)
12 Experience in Rehabilitating Contaminated Land and Bodies of Water Around the Mayak Production Association--Yu. V. Glagolenko, Ye. G. Drozhko, and S. I. Rovny (81-91)
13 Rehabilitation of Contaminated Groundwater Layers Near the Mayak Enterprise Using Deep Burial Technology--V. G. Skidanov, Ye. N. Kamnev, and A. I. Rybalchenko (92-94)
14 Observations Concerning Mayak--Frank L. Parker (95-98)
15 Remediation of Contaminated Facilities at the Kurchatov Institute--V. G. Volkov, Yu. A. Zverkov, S. G. Semenov, A. V. Chesnokov, and A. D. Shisha (99-109)
16 Selected Remediation Issues at the Russian Research Center - Kurchatov Institute--Roy E. Gephart (110-115)
17 Industrial Nuclear Explosion Sites in the Russian Federation: Recovery and Institutional Monitoring Problems--V. V. Kasatkin, Ye. N. Kamnev, and V. A. Ilyichev (116-120)
18 Comments on Presentation on Industrial Nuclear Explosion Sites in the Russian Federation: Recovery and Institutional Monitoring Problems--Don J. Bradley (121-126)
19 The Past, Present, and Future of the Facilities at Andreev Bay--A. P. Vasiliev (127-136)
20 Environmental Remediation of Spent Nuclear Fuel and Radioactive Waste Temporary Storage Facilities in Gremikha Village: Challenges and Proposed Solutions--Yu. Ye. Gorlinsky, A. Yu. Kazennov, O. A. Nikolsky, V. A. Pavlov, B. S. Stepennov, and A. F. Usaty (137-151)
21 Criteria for Environmental Rehabilitation of the Temporary Storage Site for Spent Nuclear Fuel and Radioactive Waste in Gremikha Village--Yu. Ye. Gorlinsky, V. A. Kutkov, and N. K. Shandala (152-160)
22 Cleaning Up Sites Contaminated with Radioactive Materials: Coastal Maintenance Bases Andreev Bay and Gremikha--Dieter K. Rudolph (161-176)
Other Contributions, 23 Criteria for Categorizing Territories at Russian Federal Atomic Energy Agency Enterprises Experiencing Chemical and Radioactive Contamination--S. N. Brykin, N. K. Shandala, N. S. Roznova, and A. V. Titov (177-190)
24 Areas of the Russian Federation Affected by Radiation Contamination Due to the Chernobyl Nuclear Power Plant Accident--S. M. Vakulovsky, T. S. Borodina, A. A. Volokitin, V. M. Kim, G. I. Petrenko, E. G. Tertyshnik, A. D. Uvarov, and V. N. Yakhryushin (191-197)
25 The Experience of the Joint Environmental-Technological Scientific Research Center for Radioactive Waste Decontamination and Environmental Protection (MosNPO Radon) in Eliminating Radiation-Hazard Facilities and Rehabilitating Contaminated Sites--V. G. Safronov, V. A. Salikov, Yu. A. Pronin, and S. V. Mikheikin (198-205)
26 Use of GIS Technology for Assessing Territories Contaminated with Radioactive Materials--A. N. Plate and A. V. Vesselovsky (206-210)
Appendix A: Workshop Agenda (211-217)
Appendix B: Titles of Additional Papers and Extended Abstracts Presented at the Workshop on Cleaning Up Sites Contaminated with Radioactive Material (218-220)