PREVALENCE DYNAMICS OF CONSTRUCTION WASTE RECYCLING IN EU COUNTRIES
DOI:
https://doi.org/10.31649/2311-1429-2024-1-34-40Keywords:
dynamics, waste production, construction and demolition waste, industrial solid waste, regression analysisAbstract
Due to its homogeneity, construction waste can be reused in the construction industry during the production of such valuable construction materials: filler and binder for the production of concrete, dry construction mixes and other construction materials, for the production of construction materials with protective properties against electromagnetic radiation and static electricity -ky, for the manufacture of anode earthing devices, etc. Therefore, the determination of the regression dependence describing the dynamics of the prevalence of reuse of construction waste in the EU countries to solve the problem of solid industrial waste management is an urgent scientific and technical task. The purpose of the study is to determine by means of a regression analysis of dependence, which describes the dynamics of the prevalence of reuse of construction waste in the EU countries to solve the problem of solid industrial waste management. During the study, the method of regression analysis of the results of one-factor experiments and other pairwise dependencies was used with the selection of a more rational type of function from the 16 most common options according to the criterion of the maximum correlation coefficient. The regression was carried out on the basis of linearization transformations, which allow reducing a non-linear dependence to a linear one. The coefficients of the regression equation were determined by the method of least squares using the developed computer program "RegAnalyz", which is protected by a certificate of copyright registration for the work. An adequate regression dependence was obtained, which describes the dynamics of the prevalence of reuse of construction waste in the EU countries. A graphic dependence has been built that describes the dynamics of the prevalence of reuse of construction waste in the EU countries and allows to visually illustrate this dynamic, to show a sufficient convergence of theoretical and actual results. It was established that in the EU countries during 2004-2020, the prevalence of reuse of construction waste grew exponentially. It is predicted that at the current growth rates, the prevalence of reuse of construction waste in EU countries in 2030 will be 13.9%.
References
Wójcik, W., Bereziuk, O. V., Lemeshev, M. S., Bohachuk, V., Polishchuk, L., Bezsmertna, O., Smailova, S., and Kurmagazhanova, S. "Metrological Aspects of Controlling the Rotational Movement Parameters of the Auger for Dewatering Solid Waste in a Garbage Truck." International Journal of Electronics and Telecommunications 69 (2) (2023): 233-238. https://doi.org/10.24425/ijet.2023.144355
Popovych, V. V., Prydatko, O. V., Sychevskyi, M. I., Popovych, N. P., ta Panasiuk, M. A. "Efektyvnist ekspluatatsii smittievoziv u seredovyshchi "misto-smittiezvalyshche"." Naukovyi visnyk NLTU Ukrainy 27 (10) (2017): 111-116.
Sahdieieva, O. A., Krusir, H. V., ta Tsykalo, A. L. "Doslidzhennia vplyvu temperaturnoho rezhymu na perebih protsesiv kompostuvannia orhanichnoho komponentu tverdykh munitsypalnykh vidkhodiv." Naukovyi visnyk Lvivskoho natsionalnoho universytetu veterynarnoi medytsyny ta biotekhnolohii im. SZ Gzhytskoho. Seriia: Kharchovi tekhnolohii 20 (85) (2018) 155-161.
Alieva, M. et al. "Conceptual options for the development and improvement of medical science and psychology." Іnternational Science Group (2023): 117.
Khrebtii, H. et al. "Innovative ways of improving medicine, psychology and biology." Primedia eLaunch (2023): 305.
Березюк, О. В. "Моделювання компресійної характеристики твердих побутових відходів у сміттєвозі на основі комп’ютерної програми “PlanExp”." Вісник Вінницького політехнічного інституту 6 (2016): 23-28.
Bereziuk, O., Petrov, O., Lemeshev, M., Slabkyi, A., and Sukhorukov, S. "Transient Processes Quality Indicators of the Rotation Lever Hydraulic Drive for the Dust-Cart Manipulator." Advances in Design, Simulation, Manufacturing VI: Proceedings of the 6th International Conference on Design, Simulation, Manufacturing: The Innovation Exchange, DSMIE-2023, June 6-9, 2023, High Tatras, Slovak Republic. Lecture Notes in Mechanical Engineering 2 (2023): 3-12. https://doi.org/10.1007/978-3-031-32774-2_1
Wójcik, W. et al. "Mechatronic Systems 1: Applications in Transport, Logistics, Diagnostics and Control." Taylor & Francis Group. London, New York. (2021): 306.
Boiko, T. et al. "Theoretical foundations of engineering. Tasks and problems." International Science Group 3 (2021): 485.
Wójcik, W. et al. "Biomass as Raw Material for the Production of Biofuels and Chemicals." Routledge (2021): 240.
Hnes, L., Kunytskyi, S., and Medvid, S. "Theoretical aspects of modern engineering." Іnternational Science Group (2020): 356.
Kots, I. V., ta Bereziuk, O. V. "Vibratsiinyi hidropryvod dlia presuvannia promyslovykh vidkhodiv." Visnyk Vinnytskoho politekhnichnoho instytutu 5 (2006): 146-149.
Kornylo, I., and Gnyp, O. "Scientific foundations in research in Engineering." Primedia eLaunch (2022): 709.
Kazachiner, O., and Boychuk, Y. "Theoretical and scientific foundations of pedagogy and education." Іnternational Science Group (2022): 476.
Савицький, М. та ін. "Педагогічні студії з підготовки будівельно-архітектурних фахівців: дидактичний та виховний аспекти." Дніпро: ПДАБА (2022): 483.
Azarenkov, V. et al. "Modern teaching methods in pedagogy and philology." Primedia eLaunch (2023): 580.
Hladyshev, D., and Hnat, H. "Prospective directions of scientific research in engineering and agriculture." Іnternational Science Group (2023): 464.
Kazachiner, O., Boychuk, Y., and Halii, A. "Theoretical foundations of pedagogy and education." etc. Іnternational Science Group (2022): 602.
Hladyshev, D., Brodskyi, M., and Lisnykh, L. "Technical and agricultural sciences in modern realities: problems, prospects and solutions." Іnternational Science Group (2023): 461.
Kovalskyi, V. P., ta Bondar, A. V. "Shlamozolokarbonatyi pres-beton na osnovi vidkhodiv promyslovosti." XKhIV mizhnar. nauk.-prakt. konf. "Informatsiini tekhnolohii : nauka, tekhnika, tekhnolohiia, osvita, zdorovia". Kharkiv, 209. (2015).
Sokolovskaya, O. "Scientific foundations of modern engineering/Sokolovskaya O., Ovsiannykova L. Stetsiuk V., etc–Іnternational Science Group." Boston: Primedia eLaunch 528 (2020).
Lemeshev, M., O. Bereziuk, and К. Sivak. "Features of the use of industrial waste in the field of building materials." Scientific foundations in research in Engineering. 1.2: 25–32. (2022).
Kovalskyi, V. P., Ocheretnyi, V. P., Lemeshev, M. S., ta Bondar, A. V. "Obgruntuvannia dotsilnosti vykorystannia zoloshlamovoho viazhuchoho dlia pryhotuvannia sukhykh budivelnykh sumishei." Resursoekonomni materialy, konstruktsii, budiv-li ta sporudy 26 (2013): 186-193.
Kovalskyi, V. P., ta Sidlak, O. S. "Vykorystannia zoly vynosu TES u budivelnykh materialakh." Suchasni tekhnolo-hii, materialy i konstruktsii u budivnytstvi 16 (2014): 35-40.
Beresjuk, O., et al. Theoretical and scientific foundations in research in Engineering. Vol. 1. International Science Group, 2022.
Lemeshev, M., and D. Cherepakha. "Perspective uses of industrial waste in the production of building materials." Scientific foundations of modern engineering. 9.2: 205– 210. (2019).
Demchyna, B., L. Vozniuk, and M. Surmai. "Scientific foundations of solving engineering tasks and problems." (2021).
Lemeshev, M., O. Khrystych, and D. Cherepakha. "Perspective direction of recycling of industrial waste in the technology of production of building materials." (2020).
Lemeshev, M., et al. "Complex binder based on industrial man-made waste." Technical and agricultural sciences in modern realities: problems, prospects and solutions: 51–59. (2023).
Khrystych, Olexander. "Technological parameters of the radiationresistant concrete production." Scientific Works of Vinnytsia National Technical University 1 (2020).
Kalafat, K., L. Vakhitova, and V. Drizhd. "Technical research and development." Іnternational Science Group. – Boston : Primedia eLaunch, 616 р. (2021).
Bereziuk, O., M. Lemeshev, and D. Cherepakha. "Features of studying the disciplines of the cycle of safety of life activity by future specialists-builders." Theoretical and scientific foundations of pedagogy and education: collective monograph. 5.2: 169–176. (2022).
Lemeshev, M., et al. "Use of industrial waste in the construction industry." Prospective directions of scientific research in engineering and agriculture: 19–25. (2023).
Bereziuk, O., D. Cherepakha. "Forecasting the volume of construction waste." (2021)
Mykhailenko, O. H., Tishchenko, O. A., ta Krasnikov, P. D. "Teoriia ta praktyka pobudovy tsyrkuliarnoi ekonomiky v krainakh yevropeiskoho soiuzu." Efektyvna ekonomika 1 (2022): URL: http://www.economy.nayka.com.ua/?op=1&z=9914. https://doi.org/10.32702/2307-2105-2022.1.71
Bereziuk, O. V. "Kompiuterna prohrama "Rehresiinyi analiz" ("RegAnaliz")." Svidotstvo pro reiestratsiiu avtorskoho prava na tvir № 49486. K.: Derzhavna sluzhba intelektualnoi vlasnosti Ukrainy. Data reiestratsii: 03.06.2013.
Bereziuk, O. V. "Vstanovlennia rehresii parametriv zakhoronennia vidkhodiv ta potreby v ushchilniuvalnykh mashynakh na osnovi kompiuternoi prohramy "RegAnaliz"." Visnyk Vinnytskoho politekhnichnoho instytutu 1 (2014): 40-45.
Downloads
-
pdf (Українська)
Downloads: 0
