¹“SPONK” JSC, Moscow, Russia; ²National University of Science and Technology “MISIS”, Moscow, Russia:

B. G. Kiselev, Chief Executive Officer¹, Head of a Chair of Applied Economics², phone: +7(495)9504855

National University of Science and Technology “MISIS”, Moscow, Russia:

L. V. Kozhitov, Professor, Chair of Electronic Engineering Materials' Technology

A.V. Savkina, Economist, Graduate of a Chair of Applied Economics
A. V. Popkova, Post-Graduate Student, Chair of Electronic Engineering Materials' Technology

A. V. Topchiev Institute of Petrochemical Synthesis, Moscow, Russia:

D. G. Muratov, Senior Researcher

The manufacturing methods of FeCo/C nanocomposite, which have various spheres of application, were developed in National University of Science and Technology “MISIS”. With a view of commercialization of manufacturing methods, there was held the project feasibility study of manufacturing of FeCo/C nanocomposite and its market value reckoning. Manufacturing of FeCo/C nanocomposite is an object intellectual property. This article contains the description of key players and long-range forecast of development until 2020. There is also shown the structure of FeCo/C nanocomposite consumption in different branches. The developed technology makes possible to get the considerable output volume without losses of unique properties. The range of FeCo/C nanocomposite is various. The test sample of FeCo/C nanocomposite, obtained in research laboratory, makes it possible to organize the experimental service of FeCo/C nanocomposite with further researching. The feasibility study of FeCo/C nanocomposite was made for the cash flow valuation. This project has the following financial activities:
— output volume in value terms, equal to 91.4 mln. rub. per year;
— total costs, equal to 26.3 mln. rub.;
— net income, equal to 39.0 mln. rub.;
— product profitability on net profit, equal to 148%;
— manufacturing profitability, equal to 262%;
— cost per ruble of sales, equal to 0.28 rub. / rub.
The market value of the considered technology was found by profitable and cost-based methods. The market value, calculated by the profitable method, was 1.03 mln. rub., when the market value, calculated by the cost-based method, was 13.5 mln. rub. The calculations have shown, that during the manufacturing of nanocomposite by the developed technology (5% of Russian market of nanocomposites), the market value of manufacturing technology is 10.97 mln. rub. Introduction of this technology on experimental service is efficient, valuable and reasonable.

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