Fuel and lubricant materials and technologies

Starting from 2017, in order to popularize science and scientific achievements of Ukrainian scientists both in Ukraine and abroad, the National Academy of Sciences of Ukraine publishes the catalog "Advanced R&D Projects of the NAS of Ukraine" in eleven thematic areas

2022

Integral adaptive autopilot for spatial maneuvering of an unmanned aerial vehicle (2022)

Areas of Application

The device is designed for being used in the systems for automatic fl ight control of unmanned aerial vehicles (UAVs), in the creation of new and the upgrade of existing autopilots for UAVs


Specification
The UAV autopilot provides a high dynamic accuracy in the implementation of complex trajectories with signifi cantly curved sections of maneuvering in the vertical and horizontal planes. The UAV control system has been synthesized on the basis of essentially nonlinear dynamic systems of equations; the calculation of roll and pitch errors, the calculation of banktoto-turn maneuver; the formation of the dynamics of virtual control of roll, yaw, and pitch; the adjustment of the defl ection angle of the ailerons, rudder, and altitude control


Advantages

  • Mutual use of various UAV control channels;
  • cross-connections and compensation of mutual influence between control channels;
  • improvement of the accuracy and reliability of the implementation of complex spatial flight trajectories; 
  • quick adaptation to signifi cant changes in altitude and fl ight speed;
  • maneuvering in vertical and horizontal planes with substantially curved sections; 
  • an increase in the number and improvement of efficiency of alternative traffic planning options


Readiness Level. Suggestions for Commercialization
IRL8, TRL8
Integration into customer's equipment


Intellectual Property Protection

IPR1, IRP3


Contact Information
International Research and Training Center for Information Technologies and Systems
of the NAS and the MES of Ukraine, +38 044 502 63 68, e-mail: gaskevich@irtc.org.ua

Information technology for license plate recognition (2022)

Areas of Application

Automation systems for road fee and parking fee control, capture of road accidents, monitoring of road transportation, etc.


Specification
The technology enables the recognition of license plates with horizontal size above 65 pixels with accuracy of 97% for static images and up to 90% for video. The average recognition time is less than 50 ms and 140 ms for 800x600 and 1600x1200 pixel images, respectively


Advantages
In contrast to the existing analogs, the technology does not require large samples for training and signifi cant time inputs for the adaptation to the recognition of new types of license plates


Readiness Level. Suggestions for Commercialization
IRL3, TRL5
Customization, staff training


Intellectual Property Protection

IPR2


Contact Information
International Research and Educational Center for Information Technologies
and Systems of the NAS and the MES of Ukraine, +38 044 502 63 68, e-mail: gaskevich@irtc.org.ua

Konovalov Sergey V.
Candidates of sciences (PhD, chemistry)

Lubricant for friction units of technological equipment


Download page from catalog (2022)


Purpose

Lubrication of friction units of technological equipment operating in the temperature range from –30 to +160 °C under conditions of high speeds and in contact with aggressive environments


Characteristics

Homogeneous grease-like mass from light yellow to brown color with a dropping point of 225 ºC, penetration at 25 °C

within 265—295 m· 10–4, critical load 921 N, improved antioxidant stability and protective properties of metal surfaces of friction units against corrosion


Advantages

The grease is characterized by resistance to water, aggressive environments, has improved protective characteristics, increased mechanical and thermo-oxidative stability. In terms of mechanical stability, it significantly surpasses known analogues, which during operation prevents softening and leakage


Development readiness level
IRL5, TRL6
Production of small batches on order. Searching for partners for mass production


Intellectual property protection

IPR3


Contact information
V.P. Kukhar Institute of Bioorganic Chemistry and Petrochemistry of NAS of Ukraine

tel. +38 044 292 73 37, e-mail: papeikin@hotmail.com

Papeykin Oleksiy O.
Candidates of sciences (PhD, engineering sciences)

Method for obtaining 2-ethyl-1-hexanol from ethanol


Download page from catalog (2022)


Purpose

Implementation of the industrial process for the synthesis of 2-ethyl-1-hexanol for the production of plasticizers, environmentally safe detergents,
solvents, adhesives, additives for lubricants and oils from (bio)ethanol


Characteristics

Catalytic two-stage method for obtaining 2-ethylhexanol from ethanol. Ethanol vapor is passed through a catalyst layer at a temperature of 250—400 °C and atmospheric pressure with the sequential production of 1-butanol and 2-ethylhexanol


Advantages
Unlike the known three-stage industrial method of producing 2-ethyl-1-hexanol from petroleum raw materials, in which different catalysts are used at each stage, the proposed method allows obtaining 2-ethyl-1-hexanol from bioethanol in two stages in the gas phase under the same conditions on similar catalysts using renewable raw materials with fewer by-products and higher environmental cleanliness of the technological process


Development readiness level. Commercialization proposals
IRL3, TRL4
Manufacturing batches of catalyst on order. Searching for partners to create a pilot plant and test the process under industrial production conditions with the provision of the catalyst 


Intellectual property protection
IPR3


Contact information
L.V. Pisarzhevsky Institute of Physical Chemistry of the NAS of Ukraine

tel. +38 044 525 66 70, e-mail: s.v.kolotilov@gmail.com

Kolotilov Sergey Vladimirovich
Corresponding Member of the NAS of Ukraine

      


Readiness levels and intellectual property rights

Technology Readiness Levels TRL (Technology Readiness Level)

TRL1 - Basic principles observed
Fundamental scientific research is transformed into potential new basic principles that can be used in new technologies.

TRL2 - Technology concept formulated
Definition of potential applications of basic (technological) principles, including technological solutions. Basic production principles are also studied and possible markets are identified. A small research group is formed to assess the technical feasibility of the project.

TRL3 - Analytical and experimental critical function and/or characteristic proof of concept
Based on previous study, actual research is conducted to assess the technical and market feasibility of the concept. This includes active R&D at the laboratory level and initial negotiations with potential customers. The research group continues to expand and a preliminary market effectiveness assessment is performed.

TRL4 - Technology validated in lab
Integration of key technological components for preliminary performance evaluation through laboratory testing. Active research on production capabilities is conducted alongside defining basic production principles. Leading markets are checked to determine demand. The organization is ready to enter the expansion phase, conducting analysis of possible services and a full market analysis.

TRL5 - Technology validated in relevant environment
The system undergoes testing in the user’s operational environment using a broader technological infrastructure. Actual use is tested and confirmed. Preparatory procedures and tests for production launch are carried out in laboratory conditions; trial pilot products may be introduced to main markets. The organization takes initial steps for further dissemination of pilot products and market entry.

TRL6 - Technology demonstrated in relevant environment
At this stage, the product and production technology are fully ready for launch on a pilot line or experimental industrial enterprise (low-level production). Product and production technology evaluation and refinement are conducted, including additional R&D. Product and production technology are tested on leading markets with parallel operational production organization (including marketing, logistics, manufacturing, etc.).

TRL7 - System prototype demonstration in operational environment
Fully functional low-level product manufacturing, actual commercial product production. Final product testing on leading markets and organizational components are practically completed (fully ready market promotion schemes and fully organized remaining production activities). The product is officially launched on initial trial markets.

TRL8 - Actual system completed and qualified through test and demonstration
At this stage, product manufacturing schemes and the final version are fully defined, as well as fully launched production organization and product promotion procedures. Production is fully launched or the product is presented on most national and general markets.

TRL9 - Actual system proven through successful mission operations
Full production cycle launched, product distributed to new markets, minor product refinements create new versions. Technology and overall production volume are optimized through continuous implementation of innovative process ideas. The product is fully adapted to main markets.

Development Readiness Levels

IRL1 - Inventor or team with a dream
The lowest readiness level, when the intention turns into an idea to use space systems, or space technologies transform into a commercial initiative.

IRL2 - Research performed on paper
Once the main ideas are formulated, they are put on paper for study and analysis of commercial prospects.

IRL3 - Experimental confirmation of commercial prospects
Active research and development begins, including theoretical laboratory studies to confirm design properties in the market, competitiveness level, and technological solutions.

IRL4 - Capability for specialized program work with a development team
Main technologies and business components are developed and checked for compatibility. An initial business plan is ready.

IRL5 - Capability for project support in design, development, and engineering (no product, no profit)
Main technologies and business components are combined with real support schemes. The business plan is realistic but requires confirmation considering the final product characteristics.

IRL6 - Capability to support development and design using market mechanisms (product exists, no profit)
System prototype testing occurs in the relevant environment. The business team is still incomplete and the idea is not ready for commercialization. A full business plan is ready, including marketing, management, technological, and financial aspects.

IRL7 - Capability to support limited production, business team fully staffed (product exists and limited profit)
The business can be launched in a limited format. The team is fully staffed.

IRL8 - Capability to move to full-scale production and distribution (product and profit exist)
Technology operability is confirmed, and new production can support market expansion.

IRL9 - Fully established business with appropriate infrastructure and personnel (growing market)
Production process uses proposals including new technologies, and the business expands sales markets.

Intellectual Property Rights

IPR1 - Technical solutions constitute know-how

IPR2 - Applications for industrial property protection documents in Ukraine are planned or submitted

IPR3 - Protection documents for industrial property objects in Ukraine have been obtained and are maintained

IPR4 - International application(s) for patent(s) on invention(s) filed (under PCT system, etc.) and application(s) for protection documents filed in foreign country(ies) under national procedure

IPR5 - Patent(s) for invention(s) obtained and maintained in foreign country(ies)