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Series of Manuals "Agricultural Machinery – XXI"

“Tractors, Mobile Loading Machines, and Trailers”

This book presents the design features of modern tractors, loading machines, and trailers, their classification and requirements, outlines development trends, and showcases original designs along with test results.

Read the introduction and contents online

“Machines for Soil Tillage and Sowing”

This book presents the classification of key soil tillage and sowing systems, explores modern technical and technological solutions along with agricultural requirements, provides test results of new domestic and foreign-made tillage and sowing equipment, and outlines development forecasts in this field.

Read the introduction and contents online

“Machines and Equipment for Fertilizer Preparation and Application”

This manual covers the fundamental principles of operating machinery and equipment for fertilizer application, agronomic requirements for the quality of mineral and organic fertilizer distribution, and the technical means for their implementation. It highlights new technical and technological solutions, as well as methods for applying fertilizers in crop cultivation technologies. The book also outlines the current state, development trends, and technical specifications of these machines.

Intended for agricultural production specialists, agricultural machinery engineers, researchers, educators, postgraduate students, and students of agricultural institutions.

Read the introduction and contents online

“Machines for the Chemical Protection of Plants”

This book presents the key principles of operating field sprayers and aerosol generators used for the chemical protection of field crops. It covers agrotechnical requirements for the quality of chemical application operations and the technical equipment used. The publication highlights new technical and technological solutions and methods for using pesticides and agrochemicals in crop protection technologies for major agricultural crops. It also discusses the current state, development trends, and technical characteristics of these types of machines.

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“Machines, Units, and Complexes for Post-Harvest Processing and Storage of Grain Crops”

This book outlines the requirements and classification of machines used for the processing and storage of grain crops. It examines trends and forecasts in the development of such machinery, along with technical and technological characteristics and testing results of new domestic and foreign equipment.
The book is intended for specialists and producers in agriculture, agricultural machinery manufacturing, researchers, educators, and students.

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“Machines for Fodder Harvesting and Preparation”

This book presents the main agrotechnical and zootechnical requirements for the technological processes of fodder harvesting and preparation. It also explores trends and forecasts in the development of fodder production machinery, as well as technical and technological characteristics and test results of new domestic and foreign equipment in this field.

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“Machines for Animal and Poultry Farming”

This book provides a classification of equipment used in key technological processes in animal and poultry farming. It outlines the main technical and technological requirements, highlights trends in the development of machinery and equipment for livestock and poultry industries, and presents key specifications and test results of machinery under real operating conditions.

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“Machines for Vegetable Growing, Horticulture, and Viticulture”

This book outlines the key agricultural requirements for essential technological operations in vegetable growing, horticulture, and viticulture. It describes design features, technical and technological characteristics, testing results with commentary, as well as trends and development forecasts for machinery in these fields.
Intended for specialists in vegetable production, horticulture, and viticulture, equipment manufacturers, researchers, educators, and students.

Read Introduction and Contents Online

“Machinery and Equipment for Forestry”

This manual presents the main agrotechnical requirements for technological processes in soil cultivation, sowing and planting, forest crop maintenance, and timber harvesting. It explores key trends in machinery development and provides technical specifications and test results for new domestic and foreign equipment used in the mechanization of forestry operations.
Designed for professionals in agricultural production and agricultural engineering, researchers, lecturers, postgraduate students, and university students.

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“Technologies and Equipment for Using Renewable Energy Sources in Agricultural Production”

This book presents the main technologies and equipment for using renewable energy sources in agricultural production. It reviews modern technical and technological solutions and their requirements, provides test results for equipment utilizing biomass, wind, and solar energy, examines the country’s existing renewable energy potential, and outlines development forecasts for machinery in this area.

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“Small Mechanization Equipment in Crop Production”

This book provides a classification and key requirements for power and transport equipment, machines for soil cultivation, sowing and planting, crop care, and harvesting of agricultural crops. It describes the design features of machines, as well as technical specifications and test results of new domestic and foreign small mechanization tools.
Intended for agricultural producers, users of small mechanization equipment, agricultural machinery specialists, researchers, educators, and students.

Read Introduction and Contents Online

“Small Mechanization Equipment in Animal Husbandry”

This manual examines general technological indicators of small livestock farms and agro-zootechnical requirements for the processes of harvesting and preparing feed in personal peasant and farming households. It presents design and technological solutions for small dairy and pig farms, as well as a block-modular farm for housing different types of animals under one roof.
Intended for specialists in agricultural production and agricultural machinery, researchers, educators, postgraduate students, and students of agricultural institutions.

Read Introduction and Contents Online

Publications

Наукові видання (в контексті проектів)

  1. Biosphere and Agrotechnologies: Engineering Solutions.
    Textbook [V. Kravchuk, A. Kushnaryov, V. Targonya, M. Pavlyshyn, V. Husar], edited by V. Kravchuk; Ministry of Agrarian Policy and Food of Ukraine; UkrNDIPVT named after L. Pohorily — Doslidnytske, 2015. – 239 pages.
  2. Scientific and Testing Research of Agricultural Machinery and Technologies: Development and Diversification
    [V. Kravchuk, V. Targonya, V. Husar, A. Korobko, T. Tsema, S. Afanasieva, V. Pohorily, L. Shustik, S. Postelga, S. Liubchenko, T. Babinets, V. Pohorila, L. Koziaruk, L. Lysak], edited by V. Kravchuk; Ministry of Agrarian Policy of Ukraine; UkrNDIPVT named after L. Pohorily — Doslidnytske, 2018. – 240 pages.
  3. Modern Trends in the Design of Agricultural Machinery
    Edited by V.I. Kravchuk, M.I. Hrytsyshyn, S.M. Koval. – Kyiv: Agrarian Science, 2004. – 396 pages.
  4. Kravchuk V.I. Theoretical Foundations of Adaptation of Agricultural Machines.
    Monograph. Kyiv: NAU, 2005, 208 pages.
  5. A.F. Zahorodnyi, V.I. Kravchuk, V.P. Yurchuk. Geometric Design of Working Organs of Root-Harvesting Machines
    Edited by Doctor of Technical Sciences, Academician L.V. Pohorily; Kyiv: Agrarian Science, 2004. – 240 pages.
  6. Development of the Testing System for Agricultural Machinery in Ukraine
    [V.I. Kravchuk, S.M. Koval, N.S. Targonya, V.H. Husar, T.L. Babinets et al.], edited by V.I. Kravchuk; UkrNDIPVT named after L. Pohorily; Kyiv: Phoenix, 2008 – 131 pages.
  7. Prysyazhnyuk M.V., Petrychenko V.F., Kravchuk V.I. Machine Testing — An Integral Component of the Technical Modernization of the Agro-Industrial Complex.
    Kyiv: Agrarian Science, 2013. – 106 pages.
  8. Technology of Grain Harvesting by Stripping on the Stalk: State and Prospects
    A.M. Lezhechkin, V.I. Kravchuk, A.S. Kushnaryov; Doslidnytske, 2010 – 400 pages with 40 illustrations.
  9. Advanced Technologies for Fodder Harvesting and Distribution: Scientific and Practical Manual
    V.I. Kravchuk, M.M. Lutsenko, M.P. Mechta; Kyiv: Phoenix, 2008. – 141 pages.
  10. Miscanthus in Ukraine: Monograph
    [M.V. Roik, V.M. Sinchenko, V.I. Pyrkin, V.M. Kvak et al.]; Kyiv: FOP Yamchynskyi O.V., 2019 – 256 pages.
  11. Scientific and Technical Expertise of Technical and Technological Soil Cultivation Systems
    V.I. Kravchuk, V.V. Pohorily, L.P. Shustik et al.; Kyiv: Phoenix, 2008. – 48 pages; 28 illustrations.
  12. Energy Willow: Technology of Cultivation and Use.
    Under general editorship of Doctor of Agricultural Sciences, Professor V.N. Sinchenko.
  13. Heat Supply for Agribusiness and Rural Communities Based on Renewable Energy Resources (Recommendations)
    Nizhyn: Publisher Lysenko M.M., 2025. – 116 pages.
  14. Energy Willow: Technology of Cultivation and Use.
    Under general editorship of Doctor of Agricultural Sciences, Professor V.M. Sinchenko. Vinnytsia: TVORY, 2023. – 346 pages.
  15. Technologies for Growing Bioenergy Crops
    Edited by Doctor of Agricultural Sciences, Senior Researcher M.Ya. Humenlyk
    [V.M. Sinchenko, M.Ya. Humenlyk, O.M. Hanzenko, V.I. Kravchuk, Ya.D. Fuchylo, L.A. Pravdyva, A.S. Fursa, V.M. Kvak, O.V. Balagura, V.A. Furman, M.M. Kharitonov, V.M. Katelevskyi, S.M. Mandrovska, O.M. Atamaniuk, O.I. Zamoyskyi, O.V. Bordus, H.I. Pyrig, Yu.A. Shafarenko, V.M. Humenlyk], Kyiv: Komprint, 2024. – 240 pages.
  16. Recommendations on Selecting Parameters of Systems for Utilization of Secondary Animal-Origin Products
    Edited by V.I. Kravchuk; Doslidnytske: State Scientific Institution “Ukrainian Scientific Research Institute of Forecasting and Testing Machinery and Technologies for Agricultural Production named after Leonid Pohorily”, 2020. – 55 pages.
  17. Methodical Recommendations for Growing Different Varieties of Willow for Energy Purposes in the Forest-Steppe of Ukraine
    Ya.D. Fuchylo, V.M. Sinchenko, O.M. Hanzenko, M.Ya. Humenlyk, V.I. Kravchuk, V.M. Kvak, L.A. Pravdyva, T.A. Levchuk, L.H. Zelinska, B.O. Dzyba, O.M. Kopyshynska; Zhytomyr: NOVOgrad, 2024. – 20 pages.
  18. Methodical Recommendations for Determining the Calorific Value of Plant-Origin Biomass Based on Its Chemical Composition
    V.M. Kvak, O.M. Hanzenko, V.I. Kravchuk, M.Ya. Humenlyk, Ya.D. Fuchylo, O.B. Khivrych, L.A. Pravdyva, I.I. Boiko, H.S. Honcharuk, O.M. Atamaniuk, N.O. Kononyuk, L.O. Suslyk, R.V. Kubryak; Kyiv: IBKiCB NAAN, 2024. – 32 pages.
  19. Achievements of Science and Education in the Modern World: Proceedings of the 2nd International Scientific Conference (Birmingham, United Kingdom, 14 June 2025).
    Lulu Press, Inc., 2025.

Publications

Scientific and Production Journal "Equipment and Technologies of Agro-Industrial Complex"

The Ukrainian Scientific Research Institute of Forecasting and Testing of Equipment and Technologies for Agricultural Production named after L. Pogorilyi, together with the State Enterprise “UkrCVT” and the International Public Organization “Ukrainian International Institute of Agro-Industrial Engineering,” with informational support from the Ministry of Agrarian Policy of Ukraine, the National Academy of Agrarian Sciences of Ukraine, and NUBiP of Ukraine, has been publishing since 2009 the scientific and production journal “Equipment and Technologies of Agro-Industrial Complex.”

Main topics covered by the journal:

Technical policy of the agro-industrial complex Results of scientific research on mechanization of agricultural production Design of agricultural machinery Advanced technologies for manufacturing agricultural machinery, methods of technological processes, and main parameters of machines Testing of agricultural machines and forecasting development of agro-industrial machinery Innovative technologies in agricultural production Research, scientific expertise, and implementation of advanced technical and technological solutions for agricultural production Forecasting growth and yields of agricultural crops Monitoring development and implementation of technical means and technologies for renewable energy sources Creation and development of a unified information space in the system of engineering and technical support for the agro-industrial complex Best practices in mechanization of main technological processes Technical service, restoration, and repair Scientific and educational activities International experience The editorial board guarantees objectivity, reliability, promptness, and high professionalism in covering problems of technical and technological support of the agro-industrial complex, which advantageously distinguishes the journal “Equipment and Technologies of Agro-Industrial Complex” among others. The editorial council and editorial board are composed of leading specialists and scientists of Ukraine. The journal is published monthly and distributed via the State Enterprise “Press,” during international exhibitions and fairs, Field Days, conferences, meetings, and other events. The journal is included in the list of specialized publications in the fields of “technical” and agricultural (“agronomy”) sciences according to the order of the Ministry of Education and Science of Ukraine No. 693 dated 10.05.2017. Subscriptions can be made at any post office Ukrposhta, online through Presa.ua, and also through our editorial office. Subscription index according to the catalog of SE “Press” – 49059.

Publications

Publications

  1. Revealing Bioenergy Potentials: Mapping Marginal Lands in Europe – The Seemla Approach / Galatsidas, S., Gounaris, N., Vlachaki, D., Dimitriadis, E., Kiourtsis, F., Keramitzis, D., Gerwin, W., Repmann, F., Rettenmaier, N., Reinhardt, G., Ivanina, V., Hanzhenko, O., Gnap, I., Bogatov, K., Barbera, F., Mattioli, D., Volkmann, C., Baumgarten, W. // 26th European Biomass Conference and Exhibition / ISBN: 978-88-89407-18-9; Paper DOI: 10.5071/26thEUBCE2018-1AO.4.1; Session: 1AO.4.1; Pages: 31-37. Режим доступу: http://www.etaflorence.it/proceedings/?detail=15201&mode=topic&categories=0&items=%2D%2D&searchstring=SEEMLA&limit=2018
  2. Baumgarten W., Ivanina V., Hanzhenko O. Biomass production on marginal lands – catalogue of bioenergy crops Geophysical Research Abstracts Vol. 19, EGU2017-7904-1, 2017 EGU General Assembly 2017 © Author(s) 2017. CC Attribution 3.0 License. Режим доступу: https://meetingorganizer.copernicus.org/EGU2017/EGU2017-7904-1.pdf
  3. Методологія дослідження енергетичних плантацій верб і тополь: монографія / за ред. члена-кореспондента НААН В.М. Сінченка / [Я.Д. Фучило, В.М. Сінченко, О.М. Ганженко, М.Я. Гументик та ін.]. – К.: ТОВ «ЦП «Компринт», 2018. – 137 с. (ISBN 978-966-929-733-4)
  4. Роїк М.В., Ганженко О.М. Агроекологічні аспекти сталого розвитку біоенергетики / М.В. Роїк, О.М. Ганженко // Біоенергетика/Bioenergy. – №1 (15). – 2020. – С. 4-7.
  5. Роїк М.В., Ганженко О.М., Гончарук Г.С. Вплив багаторічних біоенергетичних культур на відновлення родючості ґрунту / М.В. Роїк, О.М. Ганженко, Г.С. Гончарук // Біоенергетика/Bioenergy. – №2 (16). – 2020. – С. 4-6.
  6. Цивенкова Н.М., Братішко В.В., Чуба В.В., Ганженко О.М., Голубенко А.А. Механіко-технологічні основи конверсії рослинної біомаси в синтез-газ: монографія / Київ : НУБіП України, 2021. 396 с.
  7. Роїк М.В., Ганженко О.М., Фучило Я.Д. Розвиток біоенергетики в Україні та її вплив на декарбонізацію вітчизняної економіки. Вісник Малинського фахового коледжу. Випуск 1. 2022. С. 175-186.
  8. Ганженко О.М. Агроекологічні основи формування продуктивності цукроносних культур для біопалива: монографія. – Вінниця, ТОВ «Нілан-ЛТД», 2023. – 320 с.. ISBN 978-966-924-997-5
  9. Gumentyk M., Kharytonov M. Development and assessment of technologies of Miscanthus and Switchgrass growing in forest-steppe zone of Ukraine. 2018, Agriculture & Forestry Vol. 64, Issue 2. p. 137-146 DOI: 10.17707/AgricultForest.64.2.10 (Web of Science)
  10. Ukraine. Scientific Papers Series A. Agronomy. Volume LXIII, No. 1. p.341-345 ,  DOI:  https://doi:org/10/35633/inmateh-61-08  . (Web of Science &Scopus)
  11. Vasyl Lopushniak, Нalyna Hrytsuliak, Mykhailo Gumentyk, Mykola Kharytonov, Bazena Barchak, Tomasz Jakubowski. The formation of the leaf surface area and biomass of the miscanthus giganteus plants depending on the sewage sludge rate. 2021. E3S Web of Conferences 280, 06009. (Scopus) DOI Url:  https://doi.org/10.1051/e3sconf/20212800600  
  12. Roik M. V, Kovalchuk N. S,, Zinchenko O. A., Prysiazhniuk O. I., Zhemoyda V.L, Humentyk M. Ya., Morhun O. V., Honcharuk H. S., Maliarenko O.A. PECULIARITIES OF CREATION OF MISCANTHUS SINENSIS AND MISCANTHUS SACCHARIFLORUS TETRAPLOID LINES. Plant Archives Journal home page: www.plantarchives.org. Volume 21, No 1.016, 2021 pp. 134-138. (Scopus) DOI Url: https://doi.org/10.51470/
  13. Вирощування міскантусу на радіактивно забруднених ґрунтах та закономірності переросподілу 137Cs у системі “ґрунт – рослина – лізометричні води” В.М. Квак, М.М. Скачок, Л.В. Потапенко, Н.І. Горбаченко, Журнал Біоенергетика №2(16), 2020, стор. 19-23.