Implementation of scientific developments of TBET Department – Institute of Engineering Thermophysics

Implementation of scientific developments of TBET Department

(in the period from 2001 to 2023, at all 93 implementations,

the average of 5 implementations per year)

2023

The act of completed work on the selection of structures to replace windows with energy-efficient ones in the building of the Matusiv Lyceum No. 1 of the Matusiv Village Council. To reduce energy costs for heating and improve comfortable learning conditions in the lyceum. Stanislavska st., 40, v. Matusiv, Zvenigorodskiy district, Cherkasy region, March 2023.
The act of completed work on the selection of structures to replace windows with energy-efficient ones in the building of the Matusiv Lyceum No. 2 of the Matusiv Village Council. To reduce energy costs for heating and improve comfortable learning conditions in the lyceum. B. Khmelnytskyi st., 257, v. Matusiv, Zvenigorodsky district, Cherkasy region, March 2023.
The act of completed works on the calculation of air exchange in the premises of the simplest shelter during the capital repair of the simplest shelter in the basement No. 4 of the Matusiv Lyceum No. 2 of the Matusiv Village Council. B. Khmelnytskyi st., 257, v. Matusiv, Zvenigorodsky district, Cherkasy region, April 2023 р.
The act of completed works on the development of the accessibility project for children with limited mobility in the boarding school with energy-efficient measures during the capital repair of the 4th wing in the Smila Children’s Boarding School. Osavul Vasyl Burka st., 40, Smila, Cherkasy region, May 2023.
The act of completed works on the implementation of energy-efficient measures in the hot water supply system and heating system during the overhaul of the heating system in the Smila Children’s Boarding Home. Osavul Vasyl Burka st., 40, Smila, Cherkasy Region, June 2023.
The act of completed works to reduce energy costs for heating and increase comfortable indoor conditions in the course of major roof repairs and replacement of windows with energy-efficient ones in the Popivka Starostat of the Terniv Village Council. Tsentralna st., 84, v. Popivka, Cherkasy district, Cherkasy region, May 2023.
The act of completed works to reduce energy costs for heating and increase comfortable conditions of stay in the premises during the overhaul of the premises of the Ternivsky Lyceum of the Ternivka Village Council. Shevchenko st., 3 in the village Ternivka, Cherkasy district, Cherkasy region, June 2023.
The act of completed works for major repairs to replace windows with energy-saving ones and entrance doors in the cultural center. To reduce energy costs for heating and increase comfortable conditions of stay in the premises, Dokuchaeva st., 17, v. Kholodnianske of the Cherkasy district, Cherkasy region. July 2023.
The act of completed works for major repairs regarding the installation of a heat meter in the building of the House of Children’s and Youth Creativity of the Smila City Council of the Cherkasy Region. Counter selection for monitoring energy costs for heating. Zavodska st., 20, Smila, Cherkasy region. August 2023
The act of completed works for major repairs regarding the installation of a heat meter in the building of the House of Children’s and Youth Creativity of the Smila City Council of the Cherkasy Region. Counter selection for monitoring energy costs for heating. Soborna st., 107a, Smila, Cherkasy region. August 2023.
The act of completed works for major repairs regarding the installation of a heat meter in the building of the House of Children’s and Youth Creativity of the Smila City Council of the Cherkasy Region. Counter selection for monitoring energy costs for heating. Soborna st., 122, Smila, Cherkasy region. August 2023.
The act of completed works for the major repair of the entrance group and the heating system of the building of the Smila City Cultural Center. To reduce energy costs for heating and increase comfortable conditions of stay in the room. Soborna s, 124, Smila, Cherkasy region. August 2023.
The act of completed works for the major repair of the entrance group and the heating system of the building of the Smila City Cultural Center. To reduce energy costs for heating and increase comfortable conditions of stay in the room. Soborna st., 124a, Smila, Cherkasy region. August 2023.
The act of completed works for the hydraulic calculation of the water supply and the calculation of the water distribution at the annexation of households on the M. Velichka st. in the city of Smila, Cherkasy region to the centralized water supply system. September 2023.
The act of completed works for the development of the project for the construction of a water supply system with the installation of a fire hydrant. Hydraulic calculation of water supply and calculation of water distribution. Shevchenko st., 2b, v. Kostyantynivka, Cherkasy district, Cherkasy region. October 2023.
The act of completed works on the development of a scheme for arranging a compressor room with receivers at the enterprise. Compressed air supply of production processes in the manufacture of window structures.
The act of completed works for the development of a project for the installation of a cogeneration module on natural gas (2 MW of electricity/4 MW of thermal energy) during the construction of a heat network from an electric generator installation (cogeneration module, G2) TRICON 2000M. Cherkasy region, Smila, Mazura st., 24. October-November 2023.
The act of completed works for the development of the internal fire extinguishing system during the construction of a public building. The fire extinguishing system of a public building. Soborna st., 110, Smila, Cherkasy Region November 2023
The act of completed works to reduce energy costs for heating and increase comfortable conditions of stay in the premises during the capital repair of part of the premises of the Malosmilyansk Preschool Education No. 4 “Dzvinochok”. V. Mala Smilyanka, Central av., 1, Cherkasy district, Cherkasy region. November 2023
The act of completed works to reduce energy costs for heating and increase comfortable conditions of stay in the premises during major repairs to replace windows and doors with energy-efficient Preschool Education of the Ternivsky village council. D. Lopatka st., 52, v. Serdyukivka, Cherkasy district, Cherkasy region. November-December 2023.
The act of completed works for the development of a project to install a wastewater meter in the KNS of the “Kholodnianske” residential complex. Ensuring monitoring of wastewater volumes from the sewage system of the village. Kholodnyansk. The village of Kholodnianske, Cherkasy district, Cherkasy region. December 2023
The act of completed works on the development of local treatment facilities and construction support during the reconstruction of the external water supply and drainage system on the territory of the Serdyukiv grain warehouse of the Ukrainian Elevator Company LLC. Cherkasy region, Cherkasy district, Serdyukivka station, Zaliznychna st., 1. November-December 2023.
The act of completed works for surveying engineering networks and certification of energy efficiency of an apartment building. Inspection after implementation of energy-efficient measures under the “Energodim” program of the Energy Efficiency Fund. Svitlovodsk, Heroes of Ukraine, 77. November 2023.
DSTU EN IEC 61010-2-033 (EN IEC 61010-2-033:2021; A11:2021, IDT; IEC 61010-2-033:2019, IDT) “Requirements for the safety of control and measuring and laboratory electrical equipment. Part 2-033. Additional requirements for manual multi-function measuring devices and other voltage meters of the electrical network for domestic and professional purposes”.
DSTU EN IEC 61010-2-051 (EN IEC 61010-2-051:2021; A11:2021, IDT; IEC 61010-2-051:2018, IDT). “Requirements for the safety of control and measuring and laboratory electrical equipment. Part 2-051. Additional requirements for laboratory equipment for mixing and shaking”.

2022 р.

During the implementation of the design work, the Specialized production private enterprise “Fakel” used the method of determining the thermotechnical parameters of the operation of the recuperative ventilation system, which was developed as part of the applied research work “Development and optimization of energy-saving geothermal ventilation systems for energy-efficient buildings” (code 1.1.898) (Act of November 20, 2022. Specialized production private enterprise “Fakel”)
A thermophysical model of the processes of energy conversion and heat exchange in the system of heat pump utilization of heat discharges of biomass boiler plants has been developed, which allows determining the rational parameters of such systems in regional heat supply systems. The results of the work were implemented during the thermal calculation and technical and economic analysis of the investment project “Upgrading of a biofuel boiler house with a condensing heat pump with a heat pump” for a biofuel boiler house with an installed thermal capacity of 40 MW, which is being implemented by NEC “Naftogaz of Ukraine” on the basis of heat pumps manufactured by LLC “Resource Heat Pumps”. Implementation of the project makes it possible to reduce the level of biofuel consumption by the boiler house to 6.9 thousand tons of oil equivalent per year with a corresponding reduction in the level of atmospheric air pollution (Act dated October 10, 2020 LLC “Resource Heat Pumps”)).
The developed method of analysis of the processes of heat exchange and hydrodynamics of the heat carrier in individual circuits of the air conditioning system, the study of thermohydraulic modes of movement of the heat carrier in order to optimize their operational modes and prevent the occurrence of phenomena of instability of the flow of the heat carrier in individual hydraulic circuits was used by the designers of LLC “Energo-Invest” in the development of the working project “Capital repair of TRP-46. Replacement of units of nodes of technological equipment and their engineering networks on Blvd. Shevchenko, 3a in the city of Yuzhnoukrainsk, Mykolaiv region” (Act dated November 8, 2022, LLC “Energo-Invest”).
Certification of energy efficiency of the building and development of the Energy Efficiency section of the work project. Cherkasy region, Cherkasy district, Smila city, Heroiv Kholodnoyartsiv st., 82. 07.2022.
Inspection and certification of energy efficiency of the building. Cherkasy region, Umansky district, Mankivka village, Soborna st., 36. 20.11.2022.
Inspection and certification of energy efficiency of the building. Kyiv, Antonovycha Street, 90/92. 20.11.2022.
Inspection and certification of energy efficiency of the building. Kyiv, Antonovycha Street, 103a. 28.11.2022.
Examination and development of technical solutions for the restoration of the damaged facade of an apartment building. Mineralna s,7-k, Irpin, Bucha district, Kyiv region. 18.11.2022.
Examination and development of technical solutions for the restoration of the damaged facade of an apartment building. Novo-Oskolska 1-k, Irpin, Buchansky district, Kyiv region. 18.11.2022.
Examination and development of technical solutions for the restoration of the damaged facade of an apartment building. Novo-Oskolska 1-d, Irpin, Buchansky district, Kyiv region. 18.11.2022
Examination and development of technical solutions for the restoration of the damaged facade of an apartment building. Novo-Oskolska 2-o, Irpin, Buchansky district, Kyiv region. 18.11.2022.
Examination and development of technical solutions for the restoration of the damaged facade of an apartment building. Novo-Oskolska 2-n, Irpin, Buchansky district, Kyiv region. 18.11.2022.

2021

As part of the research work “Development of scientific and technical foundations for intensifying heat and mass transfer in porous media for materials of building structures and thermal power equipment,” a methodology for calculating heat and mass transfer processes in a ground mass has been developed. It takes into account the filtration transfer of moisture in the ground. The technique was used for a computational analysis of the operating efficiency of a vertical soil collector, which is an element of a low-temperature source of thermal energy for the further operation of a heat pump in thermal engineering schemes of industry and thermal power engineering. (Act dated November 1, 2021, VSE Heat Pumps LLC).
The numerical algorithm and method for calculating dissipative heat losses and moisture transfer through the facade wall structures of buildings, built on the basis of the results of the National development program “Development of scientific and technical principles of intensification of heat and mass transfer in porous media for materials of building structures and heat energy equipment”, is used for engineering calculations when designing equipment for their heat supply systems . (Act dated 01.12.2021, Faculty of Engineering systems and ecology of Kyiv national university of civil engineering and architecture).
Inspection and certification of energy efficiency – 26 different buildings, respectively 26 contracts and 26 energy efficiency certificates.
Development of projects “Major repair of the facade with modernization of the heating and ventilation system” – 14 apartment buildings. See the table below.

№	Development name	Purpose of development	Place of implementation	Date of implementation
1	Inspection and certification of energy efficiency of the building	It is used for drawing up thermal modernization projects of the building	Cherkasy region, Smila, st. Repina, 47	24.02.2021
2	Certification of energy efficiency of the building and development of the Energy Efficiency section of the work project.	It is used for the construction of commercial and office premises on the st. Gagarina, 55/2 in Cherkasy	Cherkasy region, Cherkasy city, st. Gagarina, 55/2	29.11.2021
3	Inspection and certification of energy efficiency of the building	It is used for drawing up thermal modernization projects of the building	Cherkasy Region, Umanskyi District, Mankiv Territorial Community, Mankivka Township, Blagodatna Street, 3	20.05.2021
4	Inspection and certification of energy efficiency of the building.	It is used for drawing up thermal modernization projects of the building	Cherkasy Region, Umansky District, Mankiv Territorial Community, Blagodatna Street, 39	14.06.2021
5	Inspection and certification of energy efficiency of the building.	It is used for drawing up thermal modernization projects of the building	Cherkasy Region, Smila, Heroiv Kholodnoyartsiv St., 82	12.07.2021
6	Inspection and certification of energy efficiency of the building.	It is used for drawing up thermal modernization projects of the building	Cherkasy Region, Uman District, Uman Territorial Community, Uman, Street Dzherelna, 3	18.08.2021
7	Inspection and certification of energy efficiency of the building.	It is used for drawing up thermal modernization projects of the building	Cherkasy, Gogol st., 375	02.09.2021
8	Inspection and certification of energy efficiency of the building.	It is used for drawing up thermal modernization projects of the building	Cherkasy region, Cherkasy district, Chervonoslobydska territorial community, village Chervona Sloboda, Chhyrynsky Shlyach st., 48a	21.10.2021
9	Inspection and certification of energy efficiency of the building.	It is used for drawing up thermal modernization projects of the building	Cherkasy region, Zvenigorod district, Shpolyansk territorial community, Shpola city (as of 01.01.2021), Svobody street, 17a	07.12.2021
10	Inspection and certification of energy efficiency of the building	It is used for drawing up thermal modernization projects of the building	Cherkasy region, village Beilozrya, L. Ukranki st., 3 Support educational institution “Belozirsk comprehensive school of grades I-III” of Belozirsk village council	14.12.2021
11	Inspection and certification of energy efficiency of the building	It is used for drawing up thermal modernization projects of the building	Cherkasy, Gagarina st., 83	15.12.2021
12	Development of the project Capital repair of the facade with modernization of the heating and ventilation system of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Dniprovsky Boulevard st., 18
13	Development of the project Capital repair of the facade with modernization of the heating and ventilation system of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Vadim Boyko st., 4	21.10.2021
14	Development of the project Capital repair of the facade with modernization of the heating and ventilation system of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Budivelnykiv st., 18	07.12.2021
15	Development of the project Capital repair of the facade with modernization of the heating and ventilation system of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad Region, Svitlovodsk,. Budivelnykiv st, 20	21.10.2021
16	Development of the project Capital repair of the facade with modernization of the heating and ventilation system of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Heroes of Ukraine st., 75	17.08.2021
17	Development of the project Major repair of the facade with modernization of the heating system of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Heroes of Ukraine st., 104	04.06.2021
18	Development of the project Major repair of the facade with modernization of the heating and ventilation systems of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Heroes of Ukraine st., 77	28.04.2021
19	Development of the project Major repair of the facade with modernization of the heating and ventilation systems of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Hrushevsky st., 16	06.07.2021
20	Development of the project Major repair of the facade with modernization of the heating and ventilation systems of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Hrushevsky st., 20	21.10.2021
21	Development of the project Major repair of the facade with modernization of the heating and ventilation systems of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Hrushevsky st., 3	08.09.2021
22	Development of the project Capital repair of the facade of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Hrushevsky st., 31A	06.05.2021
23	Development of the project Major repair of the facade with the installation of a thermal energy meter of an apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Hrushevsky st., 5	24.01.2021
24	Development of the project Capital repair of the facade with modernization of the heating and ventilation system of the apartment building	It is used for the implementation of energy efficient measures	Kirovohrad region, Svitlovodsk, Kotsyubinsky st., 32	14.06.2021
25	Overhaul of the building (project) secondary school of grades I-III No. 11 on the street Repina, 47 in the town of Smila, Cherkasy region (as part of major construction)	It is used for the implementation of energy efficient measures	Cherkasy region, Smila, Repina st., 47	11.08.2021
26	Inspection and certification of energy efficiency of the building.	It is used for drawing up thermal modernization projects of the building	Cherkasy, Sviato-Makarivska st., 143	15.12.2021

2020

Implementation of the results of the research work of young scientists of the National Academy of Sciences of Ukraine “Improving the energy efficiency of buildings using regenerative geothermal ventilation”, implementation act dated October 7, 2020, LLC «DAN» Power Equipment Plant.
Implementation of the results of work on thermographic inspection of buildings of the Municipal non-profit enterprise “Central city clinical hospital of Ivano-Frankivsk city council”. The works are used as initial data in the development of working projects for thermal modernization (identification of cold bridges, insulation of facades, modernization of the heating and ventilation systems) of these buildings. The methodology and solutions developed in the work were implemented in 3 hospital buildings. (Act of implementation dated February 27, 2020№123/01-22/19).
Introduction of an MWM device for measuring wood moisture content at Juvenal LLC, which makes it possible to measure wood moisture content during the drying process in convective type chambers. Using the device helps improve the quality of dried wood and reduces the cost of electricity and fuel materials. (Act of implementation dated November 10, 2020).
Inspection and certification of energy efficiency of 21 buildings for various purposes:
Cherkasy city, st. Yuri Ilyenko, 29. Multi-apartment 3-section 10-storey building with built-in and attached premises.
Kirovograd region, Svitlovodsk, Heroes of Ukraine st., 104. Apartment residential building.
Kirovograd region, Svitlovodsk, M. Hrushevskyi st., 5. Apartment residential building.
Kirovograd region, Svitlovodsk, Builders st., 20. Apartment residential building.
Kirovograd region, Svitlovodsk, M. Hrushevskyi st., 3. Apartment residential building.
Kirovograd region, Svitlovodsk, Vadim Boyko st., 4. Apartment residential building.
Kirovograd region, Svitlovodsk, Heroes of Ukraine st., 75. Apartment residential building.
Kirovograd region, Svitlovodsk, Heroes of Ukraine st., 77. Apartment residential building.
Kirovograd region, Svitlovodsk, Builders st.,18. Apartment residential building.
Kirovograd region, Svitlovodsk, M. Hrushevskyi st., 20. Apartment residential building.
Kirovograd region, Svitlovodsk, M. Kotsyubynskyi st., 32. Apartment residential building.
Kirovograd region, Svitlovodsk, M. Hrushevskyi st., 31А. Apartment residential building.
Kirovograd region, Svitlovodsk, Hrushevskyi st., 16. Apartment residential building.
Kirovograd region, Svitlovodsk, Builders st., 6. Apartment residential building.
Kirovograd region, Svitlovodsk, Heroes of Ukraine st., 61. Apartment residential building.
Kirovograd region, Svitlovodsk, Dniprovsky Boulevard st., 18. Apartment residential building.
City of Kyiv, Dniprovskyi district, Ihorya Shamo Blvd., 5. Buildings of educational institutions. KZN “NVK No. 141 “Educational resources and technological training” of the city of Kyiv (DZN – school of the 1st grade – special school of the 2nd grade with in-depth study of foreign languages and information technologies – technological lyceum)”.
Cherkasy region, Smila, Sunkivska st., 12. Buildings of educational activities – Smilyansk comprehensive school of grades I-III № 6.
Cherkasy region, village Balakleya, Smila district, Nezalezhnosti st., 5. Buildings of educational institutions – Balakleya Lyceum named after Yevgenia Gugli of the Balakleya Village Council.
03680, Kyiv, Heroes of Sevastopol st., 30. Medical building (letter B) for the accommodation of structural divisions of the State institution “O.O. Shalimov National Institute of Surgery and Transplantology” of the National academy of medical sciences
City of Cherkasy, Nizhnya Horova st., 30. Public administrative buildings, offices. Administrative and commercial building.

2019

Modernization of production of energy-efficient windows at a window factory (Shaoxing, Zheyang, Kegao District, China).
Implementation of the results of the research work of young scientists of the National Academy of Sciences of Ukraine (stage I, 2019) “Improving the energy efficiency of buildings using regenerative geothermal ventilation”, implementation act dated December 3, 2019, LLC «DAN» Power Equipment Plant.
Implementation of the results of the research work of young scientists of the National Academy of Sciences of Ukraine “Improving the energy efficiency of buildings using regenerative geothermal ventilation”, implementation act of 11/27/2019.
The act of commissioning an experimental burner for burning agro-pellets in solid fuel boilers of a passive-type house heating system ITTF NAS of Ukraine.

2018

Implementation of research results of scientific research work “Techno-economic assessment of technological modernization of the heat supply sector of settlements of Ukraine” (LLC “ENERGO HEAT ENGINEERING”)

(Act of 06.10.18)

Methodology for calculating the share of energy produced by heat pumps from renewable sources (State Agency for Energy Efficiency and Energy Conservation of Ukraine)

(Act of 06.10.18)

Implementation of the results of the scientific task “Enhancing the efficiency of functioning of energy systems through management of end-use energy” (Institute of energy saving and energy management NTUU “KPI named after Igor Sikorsky”)

(Act of 06.11.2018 )

Methodology of calculation of parameters of the thermal regime of the heat-cold-supply system of the thermal barrier of the enclosing structures of the building (LLC “Plant of power equipment” DAN “)

(Act of 18.01.2018)

Methodology for estimating the efficiency of heat pump technology application (LLC “Plant of power equipment” DAN “)

(Act of 22.06.2018)

Energy-efficient frame of control of heat consumption of the technology house (LLC “Plant of power equipment” DAN “)

(Act of 11.09.2018 )

Calculation of part of renewable energy produced by heat pumps in the total energy consumption in Ukraine (State Agency for Energy Efficiency and Energy Conservation of Ukraine)

(Act of 27.09.2018 )

2017

Introduction of the results of dissertation work Kuzhel L.M., by applying the method of calculating heat loss through window structures at the LLC “ENERGOHEAT ENGINEERING” (Kyiv). (Act of 10.10.17)
Implementation of the results of dissertation work of Bozhko I.K., by applying the method of calculation of horizontal ground heat exchangers during the development of working projects for the thermo-modernization of public buildings using heat pump technology in Zhytomyr, at the LLC “ENERGOHEATENGINEERING” (Kyiv).(Act of 12.11.17)
Implementation of the results of dissertation work of Bozhko I.K., by applying the principle thermal scheme of the combined heat and transfer system of heat supply on the basis of soil heat exchangers during the reconstruction of the office building of LLC “Center of water purification”, Chernyakhovsky st., 16/30, Kyiv, on “ENERGO HEAT ENGINEERING” Ltd. (Kyiv) (Act of 07.11.17)
Implementation of IVD-11 device for measuring wood humidity measurement during drying in convection-type chambers for “Juvenal” Ltd. (Kyiv).(Act of 02.12.17)
The act of acceptance of the services rendered in accordance with the order number 8Е01.01.05.001-РО-NAS-01 “Assessment of the resource potential of solar energy in the Odessa region.
Certificate of acceptance of services rendered in accordance with the order number 8Е201.01.01.05.001-РО-NAS-01 “Estimation of resource potential of solar energy in the Odessa region.

2016

Based on many years of research in the field of thermodynamics of multiproduct processes and systems, new State Standards of Ukraine have been developed and entered into force:

DSTU 7674: 2014 Energy saving energy intensity of the technological process of producing electric and thermal energy released by a thermal power plant. Methodology of determination
• DSTU 8290: 2015 Energy saving. The energy intensity of the technological process of producing electric and thermal energy released from the gas turbine cogeneration unit. Methodology of determination
DSTU 8291: 2015 Energy saving. The energy intensity of the technological process of producing electric and thermal energy released from the gas turbine cogeneration unit. Methodology of determination.

Energy survey of the Bilozirsk secondary school in the Cherkassy region and on its basis developed recommendations for priority measures to reduce energy consumption when heating the school building.

(Act of 20.05.2016)

2015

Implementation of research results of scientific research work “Development of the project” Investment program of PJSC for 2016.

(Act of 03.11.2015)

Implementation of IVD devices for measuring wood humidity measurement during drying in convection-type chambers.

(Act of 16.11.2015)

2014

1. Implementation of the heat-exchanger of “capillary heat floor” type during the reconstruction of a part of the premises of the administrative building of LLC «Plant of Power Equipment «DAN».

(Act of 22.04.2014)

2. Carrying out of energy audit of separate premises of the secondary school №118 “Universe”, Kyiv.

(Act of19.05.2014)

3. Implementation of the results of the dissertation work Goncharuk S.M. in part of the methodology for determining the heat loss through the fencing structures of the school №118 “Universe”, Kyiv.

(Act of 31.03.2014)

4. Implementation of the results of the dissertation work Goncharuk S.M. in part of the methodology for determining the heat loss through the fencing structures of the school №118 “Universe”, Kyiv.

(Act of 03.10.2014)

5. Implementation of IVD-4m devices for wood humidity measurement during drying in convection-type chambers.

(Act of 03.09.2014)

6. Implementation of IVD-4m devices for measuring wood humidity measurement during drying in convection-type chambers.

(Act of 20.10.2014)

7. Implementation of the results of dissertation work Goncharuk S.M. “Features of heat transfer in an administrative building with a convection heating system” for PJSC “Energomontazhventilation”

(Act of 06.10.2014)

In the field of scientific and organizational activity:

2013

Developed, agreed in the Ministry of Regional Development of Ukraine and in co-operation with the Ministry of Regional Development of Ukraine, the program of modernization of communal heat power engineering of Ukraine for 2013-2014 has been worked out in the CM of Ukraine as an integral part of the state program of intensifying the development of the Ukrainian economy for 2013-2014 (Resolution of the Cabinet of Ministers of Ukraine dated February 27, 2013). № 187).

2011

The project of the target complex program of scientific researches of the National Academy of Science of Ukraine “Scientific and technical bases of modernization of communal heat power engineering of Ukraine” has been developed. The work was carried out in pursuance of the Resolution of the Presidium of the National Academy of Science of Ukraine №37 of February 16, 2011 “Results and problems of modernization of municipal heat and power engineering in Ukraine”

2009

The concept and project of the state target economic program of the modernization of the municipal heat and power industry of Ukraine for 2010-2014 have been developed. Materials agreed upon at the Ministry of Housing and Communal Services of Ukraine, sent to the Cabinet of Ministers of Ukraine and used in the elaboration, approval and adoption of the said program (Cabinet of Ministers Decree Ukraine from 2010).The work was carried out at the request of the Ministry of Housing and Communal Services of Ukraine

Developed, approved by the Ministry of Housing and Communal Services of Ukraine, approved by regional councils of deputies and launched regional programs of comprehensive modernization of communal heat power engineering for:

Dnipropetrovsk, Cherkasy, Zhytomyr regions (TBET department – responsible executor);
Kharkov (including city Kharkiv), Chernihiv, Zaporozhye, Donetsk regions and Crimea (TBET department – co-executor).

In the field of scientific, scientific and technical and innovation activities:

2013

Implementation of the method of providing air-thermal curtain with heat of soil during the thermo-modernization of buildings in a specialized production private enterprise “Fakel” with the thermo-modernization of four operating facilities.

(Act of 09.08.2013)

Investigation of the thermal properties of new composite materials on the basis of PA6 polyamide and aluminum-oxide ceramics for the purpose of effective removal of heat from powerful light conductors. The method of calculation of heat transfer processes from thermal metalloceramic radiators of powerful LED lamps is developed.

(Customer: V. I. Lashkarev Institute of Semiconductor Physics, National Academy of Sciences of Ukraine, Act of 20.12.2013)

Estimated structures and on the territory of ITTF of the National Academy of Sciences of Ukraine constructed ground-water single-circuit and multi-source accumulators of different types (ground-water, ground-air and combined ground-water (or air)) for the heating and air conditioning system of the building of passive type and “0-energy” type. (Act dated 25.12.2013).

2012

Implementation of the research work “Aerodynamic and thermal interaction of the building with the external environment” in the form of an algorithm in PJSC “Energomontazhventiljacija” for calculating the fields of speed and pressure over urban buildings on the Vorovskij st. of Kiev when studying aerodynamic interaction of a wind stream with a high-rise building.

(Private Joint-Stock Company “Energomontazhventiljacia”, Kyiv, Act of 12.12.2012).

The results of the research work “Estimated technical and economic calculation of the energy and economic efficiency of thermal insulation “THERMOPAK” were used by “Energy Saving Technologies Center” Ltd to calculate the payback of the demountable thermal insulation “Thermopack” for PJSC “Ukrtatnafta” Kremenchuk.

(LLC “Center for Energy Saving Technologies”, Yuzhne city, Odessa region, act dated September 24, 2012)

An experimental energy efficient house (70 kW/hour per 1 m² of heating space) was built and put into operation on the territory of the IET of NAS of Ukraine.

(Customer: State Committee of Ukraine for Informatics of Ukraine, Act №4 dated January 23, 2013).

The schematic solutions of fencing structures developed in accordance with the concept of the creation of an experimental energy-efficient passive-type building of the IET of the National Academy of Sciences of Ukraine during the work “Development of schemes of fencing heat-saving constructions of 1-4 floors of the experimental energy-efficient house and their installation”

(Act of 15.10.2012).

Schematic decisions were made on the development of schemes and equipment of an experimental house measuring devices, developed on the basis of the concept of the creation of an experimental energy-efficient passive type building, developed by IET of the National Academy of Sciences of Ukraine as a scientific and technical thermophysical laboratory.

(Act dated 15.10.2012).

It was designed, manufactured and installed on the roof of the building №1 of IET of the NAS of Ukraine 2 pyrometers of different design and functional purpose. Together with the IET Department of Thermometry, work is carried out on real-time observation of the year-round observation of the intensity of solar radiation (both direct and diffuse).

2011

. Accepted for operation experimental installation of an individual heating point with a capacity of 250 kW for the automated heat supply of the building 1 of IET of the NAS of Ukraine (Bulakhovsky St. 2).
(Act dated December 5, 2011).
The technological line for the production of simulated caviar on the “SilverFud” PE was introduced.

(Act dated September 22, 2011).

During the implementation of the project for autonomous power supply of the plant “InterTail” in Korosten, the specialists of the Scientific-Production Enterprise “MADEK” LLC used a methodology for analyzing the energy and economic efficiency of cogeneration technologies of the IET of the National Academy of Sciences of Ukraine.

(Act dated July 19, 2011).

An experimental installation of an individual thermal unit with a 250 kW hydraulic arrow for the automated heat supply of the building №1 of the IET of the National Academy of Sciences of Ukraine (Bulakhovsky St., 2) was accepted for operation.

(Act dated 10.12.2011).

Designed and built on the IET building of the National Academy of Sciences of Ukraine, a set of energy-efficient translucent (window) constructions in the amount of 20 pieces, which differ in the number of cameras, the quality of glass, different geometry of the spacer strip, the presence of low-emission coating and different structures and the number of cameras of restrictive window profiles, has been established.

2010

A modified model for calculation of combustion processes in low-power boilers was developed and tested. The obtained results were used to improve the methods of calculating low-power boilers operating on natural gas and to develop recommendations for optimizing combustion processes. (OJSC “Brovarsky Plant of Utility Equipment”, Act of 5.11.2010).

The industrial tests of the semiconductor tubular electric heater of the cartridge type of the new technology for the purpose of establishing thermal and energy indicators for the heating of the water in the closed volume according to the methodology developed by the IET of NAS of Ukraine have been carried out. (LLC “Design Bureau” Artis Group “, Kyiv, Act of 14.09.2010).

A rotary-pulsating apparatus of the TFG type was introduced at the private enterprise “Turboflotservis” (PE “Turboflotservis”, Kyiv, Act dated 07.04.2010).

The modified node of the rotor-pulsating apparatus TFG was introduced. (Vinnitsa region, Kalinovsky district, Druzhne village, State Enterprise Ovechatsky spirit factory, Act dated 13.03.2010).
Introduced technological equipment for the production of simulated caviar in PE “Silver Food” (Cherkasy region, Zolotonosha city, Obukhova str., 56, PE “SilverFood”, Act dated 13.07.2010).
The results of research work on surface optimization and structural construction of soil heat exchangers were used in the creation of new ground heat exchangers for the extraction of natural heat of soil and its subsequent use in heat supply systems on the basis of a heat pump.
(Kyiv, 4 Pukhovskaya Street, LLC “Santechnic-LTD. And Co.”, Act of 25.01.2010).
On the territory of IET of the National Academy of Sciences of Ukraine, a ground-water accumulator was built on the basis of a water intake well (depth of 42 m) for the systems of heating and air conditioning of the premises of the building.

2009

Rotary-pulse device put into operation at the State Enterprise “Novo Borovycheskyy distillery” (Chernihiv region., v. Novo Borovichi).

(Act of 12.11.2009).

Rotor-pulsating apparatus TFG was put into operation in the Berdichev Geriatric Boarding House (Zhytomyr region, Berdychiv city. Act of 07.07.2009).
Experimental installation and heat pump technology for heat supply of industrial premises using ground heat.

(Kyiv, IET of the National Academy of Sciences of Ukraine, Bulakhovskogo St., 2. Customer – Ministry of Industrial Policy of Ukraine, Act dated December 14, 2009).

IVT Optima 1700 heat pump with a power of 16 kW as part of the experimental heat supply installation of the first building of the IET of the National Academy of Sciences of Ukraine, Kyiv, Bulakhovskogo St., 2.

(Act dated December 18, 2009)

Designed and constructed polygon of ground heat accumulators of different types (soil-water, soil-liquid, horizontal multi-loop shallow formation, vertical well) for heat supply and conditioning of the building and research of the state of the ground.

(Kyiv, IET of the National Academy of Sciences of Ukraine, Bulakhovsky St., 2.)

2008

The TFG rotary-pulsating apparatus was put into operation at the State Enterprise “Ovchatsky Distillery” (Vinnytsia region, Kalinovka district, v. Druzhne).
The rotary-pulsating apparatus was put into operation at the State Enterprise “Novo-Borovichnyy Distillery ” (Chernihiv region,v. Novo-Borovichi)

2007

Rotor-pulsating apparatus BG-3 was put into operation at LLC “Rogomel” (Kyiv).

(Act dated February 15, 2007).

Rotor homogenizer TF-2 was put into operation at the Institute of Applied Physics of the Academy of Sciences of the Republic of Moldova.

(Act of 26.02.2007).

The rotary-pulsating apparatus of the brand TF-2 was put into operation at Agromat Dekor Ltd. (Kyiv).

(Act of 30.10.2007).

A modified working unit of the rotary-pulsating apparatus TFG was put into operation at the State Enterprise “Krasnoslobodsky Distillery” (Krasnaya Sloboda village, Makariv district, Kyiv region).

(Act dated September 12, 2007).

The method of heat engineering calculating the recovery of heat from the soil from existing waste heaps and its subsequent use for heating the administrative premises of the enterprise was introduced into the working process at OJSC “Yasinovsky Coke Plant” (Makiyivka).

(Act dated August 20, 2007)

The method of heat engineering calculations of the recovery of heat from the ground and waste heaps of coal mines or mining enterprises is used at the Kyselivs’ka mining and concentrating factory (Torez, Donetsk region).

(State Open Joint Stock Company Central Enrichment Plant “Kyselivs’ky”, Torez, Donetsk region, Act dated August 16, 2007).

The hygrothermal oven GTP-180 was introduced for the smokeless hot smoke of meat, fish and poultry.

(Private Enterprise Rudyk D.I., Act dated February 14, 2007).

Introduced granulation plant for producing caviar simulated granular.

(LLC “Scientific-Production Enterprise” Sluch “, Kyiv, Act dated July 16, 2007).

2006

The rotary-pulsating apparatus of TFG was put into operation at the State Enterprise “Kozlovsky Distillery” (Kozlov, Ternopil region).

(State Enterprise “Kozlovsky Distillery”, Act dated October 5, 2006).

Rotor-pulsating apparatus TFG was put into operation at SE “Krasnoslobodsky Distillery “

(v. Krasnaja Sloboda, Makariv district). Act of 13.01.2006.

The rotary-pulsating apparatus BG-3 was put into operation at the State Enterprise “Caravansky Distillery” (Lyubotyn, Kharkiv region).

(Act of 22.11.2006)

Technology and 4 hygrothermal ovens for baking bakery products have been introduced in Mykolayiv.

(Act dated June 14, 2006).

Industrial tests of heat and mass exchange equipment were carried out in order to develop energy-saving technology for the preparation of invert sugar syrup.

(LLC Aibl LTD Co., Act of industrial tests dated November 27, 2006).

2005

Rotor-pulsating apparatus TFG was put into operation for the production of water-based paints.

(CJSC “Industry”, Kyiv, Act of 07.07.2005).

Energy-saving technology of production of high-viscosity products is implemented and used in rotary-pulsating apparatus of the BG type and allows to receive a product of high quality with the least energy consumption.

(VTK “Protein” Ltd., Act dated 10.03.2005.)

Technology and hygrothermal ovens for baking bakery products have been introduced in Mykolayiv (4 ovens).

(Acts of No.1 dated February 16, 2005, No.2 dated 26.05.2005, No. 3 dated 03.06.2005, No. 4 dated 24.11.2005).

2004

Using the results of scientific research “Method of integral relations of the solution of extraction problems in diffusion apparatuses of sugar production”

(LLC “Firm Diffusion”, Act dated January 20, 2004)

Introduced granulation plant for producing caviar simulated granular.

(LLC Zaporizhbudoptororg, Act dated March 30, 2004) .

Technology and hygrothermal ovens for baking bakery products have been introduced in Mykolayiv (5 ovens).

(Acts: No. 1 dated March 30, 2004, No. 2 dated April 6, 2004, No. 3 dated April 6, 2004, No. 4 of 04.08.2004, No. 5 dated 10.12.2004).

2003

The rotary-disk pulsating apparatus (absorber SA-100), made in IET of NAS of Ukraine, is installed in a saturation installation of synchronous-mixing type with the capacity of 1500 l/h in the line of gasification of toning beverages.

(JSC Ukrtorgpromsoyuz, Act of Implementation of 25.12.2003)

Rotary-pulsating apparatus.

(Communal enterprise “Pyriatynskiy Distillery “, Act No. 19 dated September 23, 2003).

2002

Introduction to the production of rotary-pulsation unit VPSVS.

(Act of introduction from the OJSC baby food factory “SALUS” dated June 30, 2002).

Implementation of the results of joint research carried out by the IET of NAS of Ukraine and the National University of Food Technologies on the topic “Investigation of the effect of mechanoactivation of baking yeast by discrete-pulse input of energy on their technological properties” The results of the work are implemented in the educational process in the training of engineers-technologists in the specialty ” Technology of bread, confectionery, macaroni products and food concentrates”.

(Reference from the National University of Food Technologies No. 54-10 dated 02.12.2002).

2001

IET of the National Academy of Sciences of Ukraine has carried out the installation, commissioning and adjustment of the rotary-pulsating unit of the for the production of tomato juice. The working modes of operation have been worked out, a test-trial batch has been made. (Act of implementation, Baby Food Plant JSC “Salus”).
Information on the introduction of saturation units in 2001, in which the absorber SA-100 was used, was developed at ITTF of the National Academy of Sciences of Ukraine.

1). Beer and soft alcohol industry. Saturation unit of synchronously-mixing type with the productivity of 7000 l/h in the shop of carbonated soft drinks in the city of Vinnytsia.

2). Metallurgical industry. Saturator with a capacity of 3000 l/h in the shop of Ferroalloy plant in Stakhaniv based on the absorber CA-100 with pulsating carbon dioxide feed.

(Information from Ukrtorgpromsoyuz JSC).

Carrying out of commissioning works of the installation of rotary-pulsation homogenizer BG-3 for the production of soy paste.

(Private Agricultural Enterprise “Seeds”, Act of March 12, 2001).)

Introduction of rotary-pulsating homogenizers in the production of mayonnaise and other products.(JSC “Volna”, Act 12.12.2001)