Experts ROSATOM CENTRAL INSTITUTE THE MAIN TECHNOLOGICAL Prof. Georgiy TOSHINSKIY FOR CONTINUING EDUCATION FEATURES OF RUSSIAN SMRs Senior Scientist, Expert, IPPE AND TRAINING PROJECTS Previous experience: (ROSATOM-CICE&T) Developer of fast breeder џ reactors with heavy liquid Provides training courses in support of Being responsible vendor, Russian Federation metal coolant for nuclear building up technical competences provides countries with the variety of options submarines and SMRs required for the assessment of specific of flexible power generation to decentralize (SVBR Technology, Lead-Bismuth eutectic). Russian Nuclear Power Technologies; energy production thus making the essential contribution to the global sustainable energy development 2016

June, 2011. ROSATOM-CICE&T organized Technical Dr. Vyacheslav KUZNETSOV Workshop on «The Development of Curricula for Training Head of Department of operational of Foreign Specialists in Small-Power Nuclear Plants in Russia». management, NRC «Kurchatov Institute» Previous experience: Developed the method for providing electrical energy to consumers in waters closed by ice shelf and underwater nuclear power plant for its implementation; September - October, 2014. ROSATOM-CICE&T and JSC More than 40 years in nuclear «AKME-engineering» organized training course industry. “Introduction to the Liquid Metal Fast SMR Technology”.

Mr. Anton DIACHENKO Specialist, ROSATOM-CICE&T Previous experience: October, 2015. ROSATOM-CICE&T organized training course for the senior managers of the (BATAN) «The Author of more than 30 scientific Assessment of advanced pressurized water reactors publications; utilization in newcomer countries». Developed Methodologies of assessing advanced nuclear fuel ROSATOM-CICE&T cycles in terms of nuclear materials 249031, Obninsk, 21 Kurchatov str. proliferation resistance and ecological acceptability with Phone: +7 (915) 896-94-84 Russian and foreign computer codes; Fax: +7 (484) 392-91-90 ROSATOM Graduated from National Research Nuclear University E-mail: [email protected] MEPhI (B.S., M.S., Ph.D. courses in nuclear engineering). www.rosatom-cicet.ru The Provider Essence of the Course Main topics Nowadays, the transportable small Topic 1. Introduction. The current Status The training course on “The main modular reactors (SMR) are regarded as of Russian SMRs (4 hours). technological issues of Russian SMRs one of the alternatives to the hydrocarbon projects” is a part of a series of special Topic 2. Basic technical characteristics of energy in decentralized energy FNPP (4 hours). training courses developed to support the production. Apart from energy production, partner countries in their capacity building SMRs have cogeneration functions. Russian Topic 3. Principal characteristics of KLT- to perform management and regulation of significant experience in design and 40S (4 hours). nuclear power programme. This is also a operation of transportable light water KLT- Topic 4. Safety of FNPP (6 hours). part of integrated package of the State type reactor and heavy liquid metal cooled Atomic Energy Corporation "Rosatom" to Topic 5. Operational management and reactor SVBR-type is presently being economics of FNPP (4 hours). facilitate countries oriented to implemented as a part of construction and decentralized energy production and development of advanced reactors for Topic 6. Full scope simulator (practical seawater desalination. electricity and heat supply. exercise) (4 hours). Topic 7. Tech. Tour to JSC “Baltiysky Nuclear infrastructure issues The project of the first floating NPP "Akademik Lomonosov" with two reactors Zavod” (4 hours). KLT-40S, developed by JSC "Afrikantov Topic 8. Design features of Future FNPP $ OKBM", is one of the most efficient for the (2 hours). commercial integration in this segment. National Nuclear safety Management Funding and Legislative Safeguards Topic 9. Seawater desalination (4 hours). position Financing Framework The KLT-40S is a PWR developed for a

? floating NPP to provide capacity of 35 Topic 10. Potential of Lead-Bismuth Fast ? MW(e) per module. The design is based on Reactor Technology for sustainable

Radiation Regulatory Electric grid Human Stakeholder Site and Environmental the commercial KLT-40 marine propulsion development provision (4 hours). Protection Framework resources involvement supporting protection development facilities plant and is an advanced version of the Topic 11. SVBR Physics. Nuclear and reactor providing the long-term operation radiation safety (8 hours). of nuclear icebreakers. Topic 12. Thermal Hydraulics (8 hours). Another reactor technology is SVBR-100. Emergency Security and Nuclear fuel Radioactive Industrial Procurement planning physical protection cycle waste involvement The SVBR-100 is an innovative, small, Topic 13. Coolant technology (4 hours). modular fast reactor with lead-bismuth Topic 14. SVBR-100 Simulator. Control coolant (LBC). In the Russian Federation, system for NPP with SVBR reactor unit lead-bismuth cooled reactor technology (practical exercise) (4 hours). has been used in eight different nuclear Topic 15. Human resources planning in submarines. The experience gained from the recipient countries (6 hours). these reactors included: ensuring the corrosion resistance of structural materials, Topic 16. Final test (2 hours). controlling the LBC quality and the mass ROSATOM-CICE&T is the designated leading organization transfer processes in the reactor circuit, Total: 72 hours. in the Russian Federation to support nuclear embarking ensuring the radiation safety of the states in their human resources development programmes. personnel.