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Two scientific discoveries of world importance
authored by renowned Garkunov Dmitri, Chief
Technical Specialist Project
Laureate of Russian Federation Government Prize
in Science and Technology
Award of the President of the Russian Federation
in the field of Education
Awarded Gold Medal of the British Royal Society of Engineering
ABOUT THE PROJECT
This project is not just an idea, not a
startup, but it is a valid, cost-effective, high-tech,
manufacturing business - a business requiring
additional investment to expand worldwide.
Similar to how blockchain technology changed the
world, our unique technology is a dramatic change
in the industry of lubricants. We are talking about
a fifth generation of oils, the industry’s transition
to a new technological level. The business is
focused on cooperation with the world’s largest
energy companies as well as B2B and B2C
market Lubricants. A preliminary agreement on
cooperation has been reached with the two Russian
giants of this sector, Gazprom and LUKOIL.
The transition of the global lubricant industry
materials in this new technological way not
only fundamentally changes the approach
in use in industrial equipment and machines, but
allow us today, without waiting for the era electric
vehicles and waste-free indust...
Wear and tear is, in most cases, the reason
why mechanisms fail. Details, materials, work tools,
machine tools, equipment, engines, hydraulic system,
etc. - nothing is immune to the ravages of process. To
stop it, until recently, was considered impossible. But
the situation was changed by the author of two scientific
Garkunov Dmitry Nikolaevich
Transfer by Friction or the Effect of Antiwear « (Case No.
41, with priority from 12 November 1956) and «Hydrogen
Wear of Metals» (Register No. 378 with priority of May
7, 1967). It was found that in friction of copper alloys on
steel under conditions of boundary lubrication excluding
the oxidation of copper, is a phenomenon of electoral
transfer of copper from solid solution of copper alloy to
steel and its reverse transfer from steel copper alloy,
accompanied by a decrease in the friction coefficient to
liquid, resulted in significant reduction o...
In 1968, Garkunov gave a precise definition of the electoral shift. Electoral transfer is a frictional
interaction, in which the friction force has a molecular component. The phenomenon of Selective
Transfer caused by chemical and physical processes that occur on the working surfaces. Subsequently
formed self-organizing systems, reduces the coefficient of friction and wear auto-commentary wear. It
often happens that the formed protective servovite film, with a special deformation mechanism (it does
not accumulate the defects inherent in fatigue processes).
the layer thickness of 1-2 microns
In the process of friction in
certain conditions occur
separation of particles
the surface of the detail
After applying our
product, as in the result of
very complex physicochemical
temperature and pressure,
on the working surfaces
beginnings formation of
copper «servovite» film
with a unique prope...
Summary In the process of friction when certain conditions occur separation of particles surface
detail after applying our property, in the result complex physicochemical processes, high temperature
and pressure on the working surfaces is the beginning of formation copper servovite film with unique
properties. As servovite the film has a porous structure, with a cold engine start-up the molecules
of the oil squeeze, thereby excluding dry friction details the layer thickness of 1-2 microns. When
completed the process of forming servovite film wear stops.
The second discovery of the “Hydrogen Wear of Metals” is also an important scientific discovery
since hydrogen is the main cause of wear of metal friction pairs. This discovery allowed understanding of
why the mechanisms do not withstand friction.
When analyzing the reasons for the increased wear and tear of aircraft in the 60’s of the last century
D.Garkunov and A. Polyakov has discovered a new, previously unknown hydro...
The increase in the concentration of hydrogen in the manufacturing process, parts or conditions
exploitation leads to sudden brittle fracture of thin steel structures on the surface layers and damaging
mechanical parts at low loads. In this regard, the protection of metal from the negative effects of
hydrogen and hydrogen wear of the friction surfaces is a very important task. The solution of these
important goals was obtained by intensive development of a new direction in tribology based on self-
organization, different from traditional (classical) fact that the friction here is not seen as devastating.
A process that has long been acknowledged by the world community of scientists and
engineers, based on the domestic scientific discoveries antiwear friction and hydrogen wear metals.
It turned out that the physical essence of the effect of antiwear and hydrogen wear metals
may be disclosed based on the provisions based on synergy.
It was found that the effect of antiwear surface la...
IN MARKET BY 2022
Million - 1%
Million - 10%
THE HISTORY OF CREATING
A complex formula ensures that the allocation
of ions copper organic compounds, transfer the copper
ions on the friction surfaces and self-restoring capacity
in servovite layer in case of damage. Thus, the copper
ions go back to the organic compound. This unique
property preserves the integrity of the additive the
entire service life of the lubricant. Another interesting
fact: Valena-SV is not simply an additive with unique
properties, Valena is the fruit of great love and the
true passion. Like Maria and Pierre Curie worked
researching radioactivity, together discovered new
elements of the periodic table, Dmitri Garkunov with
Valentina Grigorievna Babel immediately discovered
an intellectual affinity with each other, which was very
soon transformed into deeper feelings, in the process
of solving scientific tasks and reached incredible
Since the 90’s to present, derivatives lubricant
until the end of 2018
Production of the main component of the filler systems and oil-filler complexes Valena-SV in Russia. Chemical high-tech production of a full cycle. Development of Management Information System on Blockchain technology (logistics module, CRM module, order management, reporting, quality control system, management system, marketing and others) until the end of 2018.
the end of 2018
We are planning to obtain certificates and permits for our additive systems to deliver them to Russian and World motor oil producers by the end of 2018.
the end of 2018
Our own production of motor and industrial oils under the Valena-SV brand is planned to be organized at the same time with the launch of production of the main component of Valena . The term is till the end of 2018.
Our aim is to open several foreign productions of motor and industrial oils under the brand Valena-SV. In 2019 and 2020 we are planing to reveal two foreign productions.
end of 2020
The whole our range is scheduled to launch into mass production by the end of 2020.