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[en] A technology of putting the NPP on the basis of the BN-350 reactor into the state of safe storage is described. The technology foresees the management with the spent sodium coolant and the management with radioactive wastes. The developed technology will be used when decommissioning the NPP with the BN-350 reactor (Kazakhstan) putted into operation in 1973
[ru]
Описывается технология приведения энергоблока на основе реактора БН-350 в состояние безопасного хранения. Эта технология предусматривает обращение с отработанным натриевым теплоносителем и обращение с радиоактивными отходами. Разработанная технология будет использована при выводе из эксплуатации реакторной установки БН-350 (Казахстан), запущенной в 1973 годуJournal
No abstract available
Source
Aktsionernoe Obshchestvo Ordena Lenina Nauchno-Issledovatel'skij i Konstruktorskij Inst. Ehnergotekhniki imeni N.A. Dollezhalya, Moscow (Russian Federation); 292 p; ISBN 978-5-98706-105-3; 
; 2016; p. 225, 226; Innovative designs and technologies of nuclear power. 4. International scientific and technical conference; Innovatsionnye proekty i tekhnologii yadernoj ehnergetiki. IV Mezhdunarodnaya nauchno-tekhnicheskaya konferentsiya; Moscow (Russian Federation); 27-30 Sep 2016
; 2016; p. 225, 226; Innovative designs and technologies of nuclear power. 4. International scientific and technical conference; Innovatsionnye proekty i tekhnologii yadernoj ehnergetiki. IV Mezhdunarodnaya nauchno-tekhnicheskaya konferentsiya; Moscow (Russian Federation); 27-30 Sep 2016
[en] The paper compares two methods for containment of liquid wastes from nuclear power stations, both of which are being studied in the USSR: (1) underground disposal in deep aquifers which can be relied upon to remain isolated from higher and lower aquifers by confining strata; and (2) solidification by bituminization. Flow charts of the waste processing system and the layout of equipment are presented and the reliability of these methods in the context of nuclear power stations with high-power RBMK-1000 channel-type reactors is discussed. An analysis is made of technical and economic criteria and of these waste disposal techniques from the point of view of radiological safety. On the basis of this analysis a method is chosen for introduction on an industrial scale. (author)
Source
International Atomic Energy Agency, Vienna (Austria); Nuclear Energy Agency, 75 - Paris (France); Proceedings series; v. 2 p. 525-537; ISBN 92-0-020280-9; ; 1980; v. 2 p. 525-537; IAEA; Vienna; Symposium on the underground disposal of radioactive wastes; Otaniemi, Finland; 2 - 6 Jul 1979; IAEA-SM--243/114
; 1980; v. 2 p. 525-537; IAEA; Vienna; Symposium on the underground disposal of radioactive wastes; Otaniemi, Finland; 2 - 6 Jul 1979; IAEA-SM--243/114
[en] Background to the creation of a closed nuclear fuel cycle is described. Achievements and future development projects of the Leading Institute VNIPIET are listed. The diagram of the closed nuclear fuel cycle in Russia with separate uranium and plutonium recycling is given. The major milestones of the VNIPIET history are reported
[ru]
Описаны предпосылки создания ядерного топливного цикла. Перечислены основные достижения и перспективы развития Головного института ВНИПИЭТ. Дана схема замкнутого ядерного топливного цикла атомной энергетики России с раздельным рециклом урана и плутония. Также описаны основные вехи истории российского института ВНИПИЭТJournal
Bezopasnost' Yadernykh Tekhnologij i Okruzhayushchej Sredy; ISSN 1997-6992; ; (no.1); p. 37-40
; (no.1); p. 37-40
[en] The fundamentals of reactor design for nuclear district-heating plants (NDHP) are examined. The main technical characteristics of the AST-500 plant, using a water-water vessel-type reactor, are given. The principal features of reactor layout and design ensuring the safety of the public when NDHPs are sited in the immediate vicinity of large towns are discussed. The main types of research and experimental work involved in planning NDHPs are enumerated. (author)
Source
International Atomic Energy Agency, Vienna (Austria); Proceedings series; 837 p; ISBN 92-0-050383-7; ; 1983; v. 4 p. 147-157; IAEA; Vienna; International conference on nuclear power experience; Vienna (Austria); 13-17 Sep 1982; IAEA-CN--42/101
; 1983; v. 4 p. 147-157; IAEA; Vienna; International conference on nuclear power experience; Vienna (Austria); 13-17 Sep 1982; IAEA-CN--42/101
No abstract available
Source
Ministerstvo Obrazovaniya i Nauki Rossijskoj Federatsii, Moscow (Russian Federation); Gosudarstvennaya Korporatsiya po Atomnoj Ehnergii Rosatom, Moscow (Russian Federation); Federal'noe Gosudarstvennoe Avtonomnoe Obrazovatel'noe Uchrezhdenie Vysshego Professional'nogo Obrazovaniya Natsional'nyj Issledovatel'skij Yadernyj Univ. MIFI, Moscow (Russian Federation); Obninskij Inst. Atomnoj Ehnergetiki, Obninsk (Russian Federation); 296 p; ISBN 978-5-91947-037-3; ; 2015; p. 43-44; XIV International conference NPP safety and personnel training; XIV Mezhdunarodnaya konferentsiya Bezopasnost' AEhS i podgotovka kadrov; Obninsk (Russian Federation); 25-27 Nov 2015
; 2015; p. 43-44; XIV International conference NPP safety and personnel training; XIV Mezhdunarodnaya konferentsiya Bezopasnost' AEhS i podgotovka kadrov; Obninsk (Russian Federation); 25-27 Nov 2015
[en] The paper presents the main principles underlying the approach followed for the management of radioactive waste formed during the operation of nuclear power stations and spent fuel reprocessing plants, and it is shown what effect the treatment of wastes has on the cost of nuclear power. Within the context of a radioactive waste management system being developed, which will permit the use of a closed nuclear fuel cycle, the significance of different states in the treatment and disposal of waste is discussed. (author)
Source
International Atomic Energy Agency, Vienna (Austria); Proceedings series; 391 p; ISBN 92-0-020284-5; ; 1984; v. 1 p. 371-380; IAEA; Vienna (Austria); International conference on radioactive waste management; Seattle, WA (USA); 16-20 May 1983; IAEA-CN--43/432
; 1984; v. 1 p. 371-380; IAEA; Vienna (Austria); International conference on radioactive waste management; Seattle, WA (USA); 16-20 May 1983; IAEA-CN--43/432
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