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Centrifugal turbines for aircraft gas turbine engines

Compared to classical axial turbines, centrifugal turbines have a number of important advantages: compactness, higher energy efficiency (efficiency is usually above 90%) and lower cost. The development of centrifugal turbine designs for a wide range of aircraft gas turbine engines will help improve the efficiency and competitiveness of domestic aircraft engines and can also be used in the development and modernisation of engine flow parts for aerospace and military equipment.

Energy-efficient technology for burning alternative fuels

Development of a new technology for burning alternative fuels in self-ignition mode

Heat-resistant materials

Increasing the reliability, resource, energy and environmental efficiency of power plants of modern armored vehicles

High strength aluminum alloys

Technologies of intensive plastic deformation of high-strength aluminum alloys

Hydraulic units of the third stage of the Dniester PSPP

Design of the flow part of hydraulic units No. 5-7 for the Dniester PSPP with increased (compared to hydraulic units No. 1-4) efficiency parameters and an extended range of operation in turbine mode within 40-100% of the rated capacity

Modernisation of turbines at Ukrainian TPPs to operate at super- and ultra-critical initial steam parameters

Today, thermal power plants account for a large share of the electricity generation balance in Ukraine (about 30%), most of which are 200 MW and 300 MW units. Due to the insufficient number of hydroelectric power plants and pumped storage power plants, thermal power plants are mainly used to maintain the balance between electricity generation and consumption. At the current stage, thermal power generation is being developed by converting coal-fired power units to supercritical initial steam parameters (temperature above 580°C and pressure above 27 MPa). Such units are capable of delivering an efficiency of 45% to 55% or even higher.

Platform of student initiatives

Digital platform for the development of distance education and student initiatives

Property management substances

The technology of controlling the properties of a substance by means of a programmed influence on its "information matrix"

Quantum computer simulator

Digital simulator of a quantum computer

Soil treatment

Technological regulations and technical means of increasing the effectiveness of soil cultivation in arid climatic conditions

Steam and gas installations (equipment) for existing power units of thermal power plants of Ukraine

The project proposes to modernize the power units of the power plants of Ukraine, which operate on natural gas, into steam-gas units. This will make it possible to reduce specific fuel consumption by 25-30% and increase the number of maneuvering capacities in the energy balance of United energy system of Ukraine.

Steam turbine installations for power units based on small modular reactors

Development of scientific approaches and technical solutions for improving the processes of energy conversion and use in power plants based on Small Modular Reactors with determination of ways to create new turbine equipment. This makes it possible to build new modern power units of domestic nuclear power plants, to create a distributed system of small maneuverable and reserve power plants. An integral condition for the performance of the work, in addition to increasing the energy efficiency of the equipment and increasing the part of maneuverable and reserve capacities in the general generation, is the development of scientific and technical solutions aimed at implementation at the enterprises of the Ukrainian power engineering sector. This makes it possible to reduce import dependence of domestic energy and will contribute to the energy security of the state.

Technologies for reproduction of technogenically disturbed soils as a result of military actions

The technology of reproduction of technogenically disturbed soils as a result of military actions is proposed. The introduction of modern methods of improving the biotrophic properties of the soil and the development of methods of waste-free utilization of secondary raw materials, including plant by-products, are foreseen. Modern technologies of chemical and phytoremediation of soils will be applied on synecological grounds to reproduce soil fertility. Domestic nitrification inhibitors will be introduced to optimize the nitrogen regime of soils

Filters

Vectors compliance

  • Bioengineering (1)
  • Clean energy (2)
  • Does not belong (3)
  • New generation software (1)
  • Sustainable consumption (1)

High tech group

  • Biotechnology: digital medicine (1)
  • Digital technologies (1)
  • Energy and Environment (7)
  • High technology development infrastructure (1)
  • New materials (2)

Investment readiness

  • Innovative project (3)
  • Launch stage (1)
  • Scientific development (7)
  • Search for financing (1)

Project life cycle stage

  • Commercialization (6)
  • Creation of experimental samples (5)
  • Patenting (2)
  • Technological development (1)
  • Testing (2)

Investment object

  • Access to international markets (1)
  • Creation of an industrial sample (3)
  • Implementation of the pilot project (3)
  • Justification of the possibility of commercialization (2)
  • Laboratory studies (3)
  • Other (6)
  • Product and business models testing (1)
  • Scaling of pilot project (1)

Intellectual property protection

  • Application will be submitted (1)
  • Copyright protection (1)
  • Help is needed in the application in Ukraine (1)
  • No data (2)
  • Other (3)
  • Patent application submitted (2)
  • Patented (3)

Product scale of use

  • Country (6)
  • Region (2)
  • World market (6)

Innovation product type

  • Methodology (1)
  • Other (1)
  • Processing technology (2)
  • Scientific and technical developments (7)
  • Software (1)
  • Substance (1)
  • Technology (2)

Research development type

  • Applied research (7)
  • Experimental development and research (5)
  • Scientific and technical developments (1)

Workplace creation potential

  • Not applicable (13)

Required budget

  • >10M ₴ (1)
  • 1 - 2M ₴ (2)
  • 2 - 3M ₴ (2)
  • 3 - 5M ₴ (1)
  • 5 - 10M ₴ (1)
  • Not applicable (7)

Inquired budget

  • < 1M ₴ (10)
  • Not applicable (3)

CONTACTS

+38 044 371 62 08
Beresteiskyi Ave, 54/1, Kyiv
innovation.ua.kneu@gmail.com