Engineering, Energy, Transport AIC

Serhii Boiko – Candidate of Technical Sciences. Associate Professor of the "Transport Technologies" department of the Zaporizhzhya Polytechnic National University (street Zhukovsky, 64, Zaporozhye, Ukraine, 69063 e-mail: boiko_s_n@ukr.net, https://orcid.org/0000-0001-9778-2202).

Oleksii Zhukov – Candidate of Technical Sciences. Associate Professor of the Department of Computerized Electromechanical Systems and Complexes of the Vinnytsia National Technical University (Khmelnitsky hwy, 95, Vinnytsia, Ukraine, 21008 e-mail: alex4444_2004@ukr.net, https://orcid.org/0000-0001-7451-7633).

Oleg Sablin – Doctor of Engineering, Ukrainian State University of Science and Technologies (49010, Ukraine, Dnipro, st. Lazaryana, 2 e-mail: boiko_s_n@ukr.net, https://orcid.org/0000-0001-6784-648X).

Hennadii Rykov – Senior Lecturer, Kremenchuk Mykhailo Ostrohradskyi National University. (39600, 20, Pershotravneva Street, Kremenchuk. e-mail: grykov68@gmail.com, https://orcid.org/0000-0002-7975-6796).

The unsatisfactory ecological state of water resources indicates, first of all, the problems of pollution and depletion of water resources and their relevance today. The lack of an optimal principle of management and responsibility for the state of surface sources of drinking water supply has led to the fact that industrial facilities, which, depending on their technological processes, determine the state of the surface source of drinking water, are located in the territory of the same regions, and the production and consumption of drinking water from of this source occurs on the territory of other regions, which complicates the settlement of control issues at the regional level. Therefore, solving the task of preparing drinking water of the required quality at drinking water treatment stations is a strategically important task in the conditions of a significant anthropogenic factor. This issue has become especially relevant in recent years on the territory of Ukraine in connection with the armed conflict, which has turned into a full-scale armed conflict on the territory of Ukraine. Today, these issues concern the south-eastern regions especially acutely. Meanwhile, it should be noted that the long-term operation of water supply systems without a capital replacement of communications, the lack of modernization of treatment facilities, or their absence at all, the consequences of irresponsible economic activity that led to the pollution of surface water became the prerequisite for a difficult situation with water supply of standardized quality. Of particular concern in connection with chemical and bacteriological pollution is the state of water supply for the rural population, which in most cases uses water from underground water sources for drinking purposes. A quarter of the villages and towns of Ukraine use the services of centralized domestic drinking water supply, and more than 60% of the population of most regions in Ukraine consume water from wells, the nitrate content of which is 1.5–30 times higher than the standard level. So, taking into account the fact that fresh water resources on Earth are distributed extremely unevenly, and arid or partially arid regions of the world include 40% of the landmass, which use only 2% of the world's water reserves, the issue of the introduction of modern water supply systems and the modernization of existing ones with the use of modern technologies is gaining more and more importance. According to the conclusions of scientists and the analysis of statistical data, it is possible to predict the development of the economy of Ukraine based on the introduction of hydrogen energy. But regardless of today's realities and a number of obstacles in the development of Ukraine, it is worth paying attention to urgent problems in the country that require urgent solutions, on which national security depends. Taking into account the fact that renewable energy sources are currently widely implemented in Ukraine and the world, and taking into account the problem of water supply as a global problem and local problems of a regional scale in the territory of Ukraine, it will be relevant in the future to use the indicated capacities to obtain certain volumes of suitable water, in accordance with sanitary standards, for use by the population. The proposed approach of using the capacities of renewable sources of electric energy for the needs of the functioning of systems for obtaining water suitable, in accordance with sanitary standards, for use by the population. The introduction of renewable energy sources into the system of obtaining water suitable, in accordance with sanitary standards, for use by the population should provide an opportunity to expand the functional capabilities of existing installations and increase their efficiency. This approach also aims to attract the attention of investors and reduce the ecological burden on the environment.

[1]    Astrelin, І., Gerasimov, E., Girol, M. (2015). Fiziko-himichni metodi ochishennya vodi. Keruvannya vodnimi resursami [Physical and chemical methods of water purification. Water resources management]. Kyiv : Wolf. [in Ukrainian].
[2]    Ponomarenko, R.V. (2020). Naukovo-teoretichni osnovi znizhennya tehnogennogo navantazhennya na sistemi vodopostachannya regionu z urahuvannyam osnovnih principiv basejnovogo upravlinnya vodnimi resursami: monohrafiia [Scientific-theoretical bases of reducing man-made load on water supply systems of the region taking into account the basic principles of basin management of water resources: monograph]. Kharkiv: Planeta-Print. [in Ukrainian].
[3]    Sabliy, L.A. (2013). Fiziko-himichne ta biologichne ochishennya visokokoncentrovanih stichnih vod: monografiya  [Physico-chemical and biological treatment of highly concentrated wastewater: monograph]. Rivne : NUVHP. [in Ukrainian].
[4]    Muhammad Tahir, NorAishah Saidina Amin. (2013). Recicling of carbon dioxide to renewable fuels by photocatalysis:Prospects and challenges. Renewable and Sustainnable Energy Reviews, 25, 560–579. [in English].
[5]    Galli, F., Compagnoni, M., Vitali, D., Pirola, C., Bianchi, C.L., Villa, A., Prati, L., Rossetti, I. (2017). СО2 photoreduction at high pressure to both gas and lignid products ouer titanium dioxide. Applied Catolysis B: Environmental, 200, 386–391. [in English].
[6]    Dushkin, S.S. (2019). Progressivnyie tehnologii v oblasti ochistki prirodnyih vod [Progressive technologies in the field of natural water treatment]. Vodopostachannya. VodovIdvedennya, 4, 32–34. [in Ukrainian].
[7]    Malovaniy, M.S., Vronska, N.Yu., Koval, I.Z., Sakalova, G.M. (2013). PorIvnyalnI doslIdzhennya perspektivnih metodIv ochischennya prirodnih vod [Comparative studies of promising methods of natural water purification]. VIsnik NatsIonalnogo unIversitetu "LvIvska polItehnIka". Himiya, tehnologiya rechovin ta Yih zastosuvannya, 761, 280–284. [in Ukrainian].
[8]    Boyko, S.M., Sinchuk, O.M. (2020). Teoretychni zasady formuvannia elektroenerhetychnykh system z dzherelamy rozoseredzhenoi heneratsii hirnychorudnykh pidpryiemstv: monohrafiia [Theoretical foundations of the formation of electric power systems with sources of distributed generation of mining enterprises: monograph]. Kremenchuk: «PP Shcherbatykh O.V.»  [in Ukrainian].
[9]    Bagriy, I.D. (2023). H2 – voden. Ekologo-energetichnI vikliki XXI storIchchya. GlobalnI proekti. Shlyahi realIzatsiYi: monohrafiia  [H2 is hydrogen. Environmental and energy challenges of the 21st century. Global projects. Ways of implementation]. Kiyiv: Derzhavne Pidpriemstvo "UkraYinska GeologIchna KompanIya" [in Ukrainian].
[10]    Kudrya, S.O. (2020). VIdnovlyuvani dzherela energiyi. [Renewable energy sources]. Kiyiv: Institut vIdnovlyuvanoyi energetiki NANU. [in Ukrainian].
[11]    Stadnik, M.I., Protsenko, D.P., Babiy, S.M. (2020). Hibrydne elektropostachannia z vykorystanniam vidnovliuvanykh dzherel enerhii [Hybrid power supply using renewable energy sources]. Visnyk Vinnytskoho politekhnichnoho instytutu – Bulletin of the Vinnytsia Polytechnic Institute, 4, 33–41. [in Ukrainian].
[12]    Kudrya, S.O. (2020). Atlas enerhetychnoho potentsialu vidnovliuvanykh dzherel enerhii Ukrainy [Atlas of the energy potential of renewable energy sources of Ukraine]. Kiyiv: Institut vIdnovlyuvanoyi energetiki NANU. [in Ukrainian].
[13]    White Book 2021 Offshore wind energy and “green” hydrogen: opening new frontiers of Ukraine’s energy capacity. URL : https://www.ive.org.ua/wp-content/uploads/2_5438583199909284286.pdf. [in Ukrainian].
[14]    Petrenko, K., Ivanchenko, I., Karmazin, O. (2021). Analysis of water resources of Ukraine in the context of the possibility of their use for the production of "green" hydrogen. Vidnovliuvana enerhetyka, 2 (65), 19–28. [in Ukrainian].
[15]    Kudria, S., Riepkin, O., Yatsenko, L., Tkalenko, M., Shynkarenko, L. (2019). The concept of the Roadmap for the development of hydrogen energy in Ukraine for the period up to 2035. Vidnovliuvana enerhetyka, 4 (59), 22–28. [in Ukrainian].
[16]    Solonin Yu.M. (2018). Fundamental aspects of renewable hydrogen energy and fuel cell technologies,. Kyiv : «KIM». [in Ukrainian].