Development of solid municipal waste (SMW) management technology in agglomeration
Abstract
The article deals with the development of green logistics and the relevance of the development of technology for the treatment of solid municipal waste SMW both in Russia and in foreign countries. At the legislative level, the task is to create a sustainable system of solid municipal waste management, reduce waste sent to landfills and significantly increase the level of recycling in order to return recycled resources to production and consumption. The technologies used for the management of SMW are described and the technology of organizing the transportation of solid municipal waste from the agglomeration in interaction with other modes of transport is presented, the expediency of which is due to the large daily volumes of garbage formation and the great distance from waste processing plants, which are located at a considerable distance from large settlements. According to the results of the analysis, the railway was chosen as the most rational option of the modes of transport based on the indicators of environmental friendliness and the cost of long-distance transportation.
About the Authors
E. A. Davydova
Russian University of Transport
Russian Federation
Russian Federation
student
R. A. Efimov
Russian University of Transport
Russian Federation
Russian Federation
PhD in Engineering sciences, Associate Professor of the Department of Operational Work and Safety Management in Transport
References
1. Khmelnitskaya, S. A. On the directions of ecologization in the field of logistics services of the economy / S. A. Khmelnitskaya, M. A. Chistyakova // Transport business of Russia. – 2020. – No. 3. – PP. 49-52. – EDN XCDDKO.
2. Popov, A. A. Justification of the choice of a set of software modules for automating the collection and transportation of solid municipal waste within the framework of the development of housing and communal services / A. A. Popov // Bulletin of the Altai Academy of Economics and Law. – 2020. – No. 5-1. – pp. 135-145. – DOI 10.17513/vaael.1121. – EDN ELBWUW.
3. RSO as part of the formation of a closed-cycle economy in Russia / A. N. Fedotovsky, V. V. Rudenko, M. A. Kovalenko, M. S. Yushchenko // Solid household waste. – 2022. – № 10(196). – Pp. 14-17. – EDN TCVWXX.
4. Ryabikova, L. A. Development of competencies of metropolitan customers taking into account the realities of implementing ESG principles / L. A. Ryabikova // Sustainability in procurement and new approaches to procurement management : Collection of scientific reports / Responsible editor I.P. Gladilina. – Moscow : Rusains Limited Liability Company, 2022. – pp. 49-57. – EDN NZHEWA.
5. Fedoseev, N. A. Analysis of solid household waste accumulation in the Orenburg region / N. A. Fedoseev, A. A. Gavrilov // Concepts, theory and methodology of fundamental and applied scientific research : Collection of articles on the results of the International Scientific and Practical Conference, Taganrog, May 14, 2022. – Sterlitamak: Limited Liability Company «International Research Agency», 2022. – pp. 187-191. – EDN LVKEEG.
6. Babaev, V. N. The concept of ecologization and energy conservation in the waste management system of a megapolis / V. N. Babaev, N. P. Gorokh, I. V. Korinko // Eastern European Journal of Advanced Technologies. - 2010. – Vol. 4, No. 8(46). – pp. 51-59. – EDN TLMRSH.
7. Abuseridze, Z. V. Waste collection on railway transport / Z. V. Abuseridze, S. I. Shkanov // Solid household waste. – 2007. – № 9(15). – Pp. 46-49. – EDN NCLNMD.
8. Sorokina, T. Yu. Social and labor component of environmental safety of the region / T. Yu. Sorokina, E. E. Golysheva // News of higher educational institutions. Series: Economics, Finance and Production Management. – 2022. – № 2(52). – Pp. 91-98. – DOI 10.6060/ivecofin.2022522.605. – EDN IJYAAC.
9. Kudyan, S. G. Waste management: the principle of «one bucket» / S. G. Kudyan, A. I. Chernorubashkin // Solid household waste. – 2012. – № 5(71). – Pp. 54-57. – EDN OXFZPR.
10. Datsenko, V. M. Dependence of the sorting time of solid municipal waste on their compression ratio / V. M. Datsenko, V. V. Zubova, A. A. Gerbutov // Modern industrial and civil construction. – 2022. – Vol. 18. – No. 1. – pp. 5-13. – EDN NEPDWT.
11. Napolsky, B. M. A model for choosing the optimal option for securing objects of the transport and logistics system for the removal of recycled solid industrial waste / B. M. Napolsky, A.V. Olympiev // Bulletin of the Moscow Automobile and Road Institute (State Technical University). – 2009. – № 4(19). – Pp. 109-112. – EDN LAASTB.
12. Lepilo, N. N. Model of solid municipal waste management with two-stage technology of their removal / N. N. Lepilo, I. P. Badunenko // Economic Bulletin of the Donbass State Technical Institute. – 2022. – No. 11. – PP. 49-54. – EDN ATAKOC.
13. Alaev, M. M. Prospects for the development of a loading and unloading cluster of solid municipal waste at a railway station / M. M. Alaev, T. I. Kashirtseva // Problems of perspective development of railway stations and nodes. – 2020. – № 1(2). – Pp. 6-11. – EDN NKVGEH.
14. Alaev, M. M. Evaluation of the effectiveness of various methods of packaging MSW during transportation by rail / M. M. Alaev, A. N. Efimova // Transport: problems, goals, prospects (transport 2021) : Materials of the II All-Russian Scientific and Technical Conference with international participation, Perm, February 12, 2021 / Edited by E.V. Chabanova. – Perm: Perm branch of the Federal State Budgetary Educational Institution of Higher Education «Volga State University of Water Transport», 2021. – pp. 529-532. – EDN OQBNWH.
15. Ladik, A. S. Development of an automated information system for managing the logistics of household waste (on the example of Apatity) / A. S. Ladik, A.V. Masloboev // Vestnik MSTU. Proceedings of the Murmansk State Technical University. - 2016. – Vol. 19, No. 1-2. – pp. 207-216. – DOI 10.21443/1560-9278-2016-1/2-207-216 . – EDN VXPFRN.
Review
For citations:
Davydova E.A., Efimov R.A. Development of solid municipal waste (SMW) management technology in agglomeration. Logistics and Supply Chain Management. 2023;20(2):13-22. (In Russ.)
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