generating records annual report 2014

Intellectual Capital.1 Knowledge Preservation and Transfer. Innovations Management


In 2014, 415 graduates with higher education were hired by branches and organizations of the Concern’s management circuit. The share of supportive institutions of higher education of Rosatom State Corporation in the total amount of new hires has increased in 2014 comparing with 2013 by 3% and totaled 68% – 283 persons. Among them the share of MIFI National Nuclear Science Research Institute and branches in the 1. The term intellectual capital is described in the glossary (Appendix 16). total amount of new hires totaled 18% (74 persons) which is 6% more than in 2013.

The following main areas of preparation were especially important in 2014: heat power engineering and heat technology; electric power engineering and electric technology; nuclear power plants: design, operation, engineering, and nuclear reactors and materials. Comparing with 2013, in 2014 the need in specialists majored in the area of nuclear reactors and materials has increased, and the need in specialists majored in the area of nuclear physics and technologies has decreased. The need in specialists majored in all other areas remained at the same level.

Number of Graduates Employed in 2013 and 2014 by Institutions of Higher Education

- Hired in 2013

- Hired in 2014

Number of Employed Graduates in 2013 and 2014 by Areas of Preparation

- Hired in 2013

- Hired in 2014

By 2021 more than 3,000 graduates with higher education are to be employed by branches and organizations forming part of the Concern’s management circuit, and the share of Rosatom’s supportive institutions of higher education will comprise approximately 70% of this amount, which is the highest indicator in the entire industry.


A mentoring system has been introduced at all NPPs. A mentor chosen from among highly skilled employees is assigned to every newly employed young specialist and trainee. Mentor helps the young specialist during their on-boarding period, transfers knowledge necessary for the specialist to carry out their work, and monitors performance of assigned tasks.

Veteran employees play an important role in knowledge transfer. Rosenergoatom Concern OJSC has an agreement with the interregional non-governmental organization of Concern’s veteran employees on veterans’ (pensioners’) social protection which provides, among other things, for transfer of expertise and knowledge to the young generation of employees and education of youth in the spirit of patriotism and continuation of the Concern’s glorious labor traditions.


In the Concern intellectual property (IP) management is aimed at creation, efficient use (including matters of commercialization), and protection of company’s IP.

The main objectives of IP management are as follows:

The main part of IP is created during performance of research and development work under contracts financed by the Concern itself. All research and development work initiated by the Concern has applied nature and aimed at resolving real current needs at NPPs and detecting long-term objectives of Concern’s production and research activity.

The main areas of the Concern’s research activities include modernization of NPP power unit design and construction processes, extension of service life of the main equipment through development and use of new materials and processes as well as development of new reactor units subject to unconditional safety at all stages of life cycle of NPPs.

The Concern’s intellectual property portfolio comprises exclusive rights to 319 items of intellectual property, including 162 invention patents and 60 utility model patents, 95 items of software for PC and databases, among them two items of software for PC have certificate issued by the Federal Service for Intellectual Property (Rospatent), and two trademarks. There was no activity on legal protection of intellectual property abroad.

In 2013-2014 the Concern was not involved in legal protection of know how.

2013 г.

2014 г.

Invention patents obtained



Utility model patents obtained



Certificates on trademark registration obtained



Applications for invention patents filed



Applications for utility models filed


(two patents for utility models obtained)


Applications for trademark registration filed




Innovation development of Rosenergoatom Concern OJSC is an integral part of maintaining positions of technology leader of Rosatom State Corporation and one of the main areas of strategic development of the company.

The main areas of innovative development of Rosenergoatom Concern OJSC are the following:

Solving high-priority tasks of innovative development is aimed at achieving the following strategic goals:

1. Closure of nuclear fuel cycle at the power units with BN-1200 and VVER-TOI with mixed uranium plutonium fuel:

The work on achieving this goal is performed as a part of the program “New Technology Platform: Closed Nuclear Fuel Cycle and Fast Breeder Reactors”.

2. Increasing competitiveness of nuclear power industry through construction of VVER power units using new designs with enhanced performance indicators.

In 2014 the Concern acted as the owner of work to develop new nuclear energy technologies, while simultaneously solving the following tasks:

Based on “Rosatom State Corporation Long-Term Action Plan (2009–2015)” approved by Resolution of the Government of the Russian Federation No. 705 dated September 20, 2008, and local corporate regulations, the Concern prepares annual R&D action plans on an annual basis. The approved spending target is stated in the respective section of the Investment Program for the planning year.

In 2014, R & D financing totaled 3.5 bln rubles under the Concern’s Integrated Investment Program, including over 1 bln rubles for innovative designs with fast breeder reactors.


To date, the Russian nuclear industry has accumulated unique practical experience on creation of fast breeder reactors and their successful operation over a long term. They are expected to enable the transition of the nuclear power industry to a closed fuel cycle that will ensure more efficient use of uranium resources and a solution to environmental problems associated with handling spent nuclear fuel and radioactive waste. The technologies used in fast breeder reactors and the closed fuel cycle have great innovative potential, while the start and operation of power unit No. 4 at Beloyarsk NPP with a BN-800 reactor unit in 2015 is of special importance. Currently there are no similar foreign facilities (operating power units with fast breeder reactors with industrial capacity).

In 2014 R & D on substantiating the design of a power unit with the BN-1200 fast breeder reactor continued as a part of the Rosatom State Corporation Long-Term Activity Program (2009-2015). In 2014 the detailed design of the BN-1200 reactor core with MOX fuel and main developments on construction and process components of BN-1200 power unit were completed. Power unit process parameters, including in case of breaches in normal operation were reviewed.

For 2015 expert review of the prepared documents is scheduled, with subsequent adjustments to be made and preparation of technical assignments for design of BN-1200 power unit as a power unit No. 5 of Beloyarsk NPP.


In 2014 the Concern continued construction of the first (head) 70 MW floating thermal nuclear power plant (FTNPP) based on the floating power unit (FPU) equipped with two KLT-40S reactors. The FTNPP shall be stationed in Pevek, Chukotka Autonomous Okrug. The FTNPP is to be put into operation in 2019.

Under the FPU Further Construction Contract entered into between the Concern and Baltiysky Zavod – Sudostroenie LLC in 2012, the FPU hull, with a part of the superstructure with installed systems and equipment, was constructed as of December 31, 2014. The volume of constructed hull structures totaled 100%, with 78% completion of general onboard systems. Component manufacturing for systems supporting the nuclear power plant is in progress. The general engineering contractor Atomenergo CJSC completed design and survey work and finalized the preparation of design documents for the FTNPP onshore and hydraulic facilities. In 2014 the documents were submitted to Federal Autonomous Institution “State Expert Evaluation Department” (Glavgosekspertiza) to obtain their opinion.

In 2015-2016, it is planned to complete the installation and piping of steam-generating units on the floating power unit, approve design documentation with the Concern, and obtain a permission with Rosatom State Corporation for the construction of FTNPP onshore and hydraulic facilities, finalizing the assembly of FPU superstructure sections, storage facility equipment for SFA and solid RAW, and nuclear fuel loading facilities.