Industrial symbiosis as a strategy for sustainable development: intelligent technology and global best practices

Tsenina E.V.¹, Repnikova V.M.¹
¹ Российский экономический университет им. Г.В. Плеханова

Journal paper

Journal of Economics, Entrepreneurship and Law ^{(РИНЦ, ВАК)}
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Volume 15, Number 2 (February 2025)

Citation:

Indexed in Russian Science Citation Index: https://elibrary.ru/item.asp?id=80480021

Abstract:
In today's conditions of ensuring sustainable development, widespread digitalization and increasing risks in a complex supply chain in a closed production cycle, there is an urgent need to develop and implement innovative ways of doing business, one of which is industrial symbiosis. The article focuses on the importance of business models that integrate these technologies into the daily practices of companies. The authors consider the key areas for optimizing resources and their corresponding technologies, the best global practices of industrial symbiosis, the experience of which can become the basis for choosing specific models. The examples confirm that it is important to integrate and coordinate all parts of the supply chain in order to effectively use resource-saving technologies such as waste recycling, automation, and smart tracking. Only in the context of an industrial symbiosis, where partners interact, can these technologies achieve significant results in optimizing production and reducing resources. In addition, the important role of government support in creating the conditions for the adoption of closed-loop technologies, including legislative initiatives and funding projects to create clusters for the exchange of secondary resources between companies, is emphasized.

Keywords: sustainable development, industrial symbiosis, digital intelligent technology, closed-loop economy, industrial cluster, industrial ecosystem, supply chain management

JEL-classification: L51, L52, O25

References:

.Golovina T. A., Avdeeva I.L. (2024). Vozmozhnosti tsirkulyarnoy ekonomiki dlya obespecheniya zelenogo razvitiya otrasley narodnogo khozyaystva [The possibilities of a circular economy to ensure the green development of national economy sectors] New Reality Management: Concept 5.0. 504-509. (in Russian).

Abramova E.R., Asaliev A.M., Glinskaya M.I., Zavyalov D.V., Kireeva N.S., Larin O.N., Morschinina N.I., Mukhacheva A.V. i dr. (2024). Ustoychivost tsepey postavok v usloviyakh tsifrovoy transformatsii biznesa [Sustainability of supply chains in the context of digital business transformation] (in Russian).

Ahmad Termizi SNA, Wan Alwi SR, Manan ZA, Varbanov PS. (2023). Potential Application of Blockchain Technology in Eco-Industrial Park Development Sustainability. (15). 52. doi: 10.3390/su15010052.

Antonova I. I., Kormishkina L. A., Salimova T. A. (2022). Tsirkulyarnaya ekonomika: obespechenie ustoychivogo razvitiya i konkurentosposobnosti regiona [Circular economy: ensuring sustainable development and competitiveness of the region] (in Russian).

Babkin, A. V., Shkarupeta E.V. (2024). Sinergiya tsifrovoy transformatsii i ESG-razvitiya promyshlennyh ekosistem [Synergy of digital transformation and ESG development of industrial ecosystems] Intelligent Engineering Economics and Industry 5.0 (INPROM 2024). 319-324. (in Russian). doi: 10.18720/IEP/2024.1/80.

Blam I. Yu., Kovalev S.Yu. (2022). Promyshlennyy simbioz kak instrument dekarbonizatsii [Industrial symbiosis as a tool for decarbonization]. Eco. (7). 67-79. (in Russian). doi: 10.30680/ECO0131-7652-2022-7-67-79.

Chaltseva A.A., Molchanova Ya.P. (2024). Ekotekhnoparki i promyshlennye simbiozy v dostizhenii ustoychivogo razvitiya [Ecotechnoparks and industrial symbioses in achieving sustainable development] Education and science for sustainable development. 292-295. (in Russian).

Ecology Center. Kalundborg As A Model The Kalundborg Complex Historical Evolution. Retrieved January 22, 2025, from https://www.ecologycenter.us/industrial-ecology/kalundborg-as-a-model-the-kalundborg-complex-historical-evolution.html

Fokina I. I., Gertsik Yu. G. (2025). Izuchenie opyta sozdaniya biznes-modeley integrirovannyh proizvodstvenno-korporativnyh struktur na osnove promyshlennogo simbioza [Experience in creating business models for integrated production and corporate structures based on industrial symbiosis]. Leadership and Management. 12 (1). 37-60. (in Russian). doi: 10.18334/lim.12.1.122412.

Golovina T. A., Avdeeva I.L. (2024). Razvitie tsirkulyarnoy ekonomiki na osnove modeli promyshlennogo simbioza [Development of a circular economy based on the industrial symbiosis model] Circular economy for the sustainable development of industries and territories. 79-84. (in Russian).

Kovalenko M. A., Mironova D. Yu., Pavlova E. A. (2024). Promyshlennyy simbioz v ekonomike zamknutogo tsikla [Industrial symbiosis in a closed-loop economy]. Innovation and Investment. (12). 254-259. (in Russian).

Liu Ya, Tsenina E.V. (2022). Developing green agricultural supply chains Human Capital and Professional Education. (2). 28-33.

Maicon Gonçalves Silva, Tais Soares de Carvalho, Annemarlen Gehrke Castagna, Faimara do Rocio Strauhs, Cassiano Moro Piekarski (2022). The role of online platforms to enable the process of industrial symbiosis: An analysis of tools available in the market Cleaner Production Letters. 3 100021. doi: 10.1016/j.clpl.2022.100021.

Marev V. A., Smirnova T. S., Guz L. V. (2018). Promyshlennyy simbioz kak instrument ustoychivogo razvitiya v sovremennom mire [Industrial symbiosis as an instrument of sustainable development today]. Ekologiya promyshlennogo proizvodstva. (3). 64-68. (in Russian).

Mironova D. Yu., Timakhovich (2022). Kontseptsiya promyshlennogo simbioza: opyt primeneniya v razlichnyh stranakh i perspektivy realizatsii v Rossii na primere Pskovskoy oblasti [The concept of industrial symbiosis: experience of application in various countries and prospects for implementation in Russia on the example of the Pskov regio]. Scientific journal of NIITMO. Series: Economics and Environmental Management. (2). 129-141. (in Russian). doi: 10.17586/2310-1172-2022-16-2-129-141.

Mollica M., Fraccascia L., Nastasi A. (2025). What drives the success of online platforms for industrial symbiosis? An agent-based model, Ecological Economics. 230 108502. doi: 10.1016/j.ecolecon.2024.108502.

Official site Delivering a Net Zero Teesside. Retrieved January 22, 2025, from https://www.netzeroteesside.co.uk/

Official site World Bank Open Knowledge Repository. Retrieved January 22, 2024, from https://openknowledge.worldbank.org/entities/publication/ff91fafb-d404-5ba6-82d8-595566675cca

Preobrazhenskiy B. G., Tolstyh T.O., Shmeleva N.V. (2020). Promyshlennyy simbioz kak instrument tsirkulyarnoy ekonomiki [The industrial symbiosis as a tool of circular economy]. Region: sistemy, ekonomika, upravlenie. (4). 37-48. (in Russian). doi: 10.22394/1997-4469-2020-51-4-37-48.

Putra, Agusta & Dong, Liang & Park, Yujin & Park, Hung-suck Journal of Industrial EcologyCharacterization of national eco‐industrial park projects in China, Korea, and Japan: Bibliometric analysis and systematic literature review. 2024. Retrieved January 22, 2024, from https://www.researchgate.net/figure/Bibliometric-analysis-and-literature-review-framework_fig1_386047553,

Repnikova V. M., Goloschapova A. S. (2023). Problemy i perspektivy sistemy obrashcheniya s otkhodami v Rossii [Problems and prospects of the waste management system in Russia]. Upravlenie kachestvom. (4). 58-63. (in Russian). doi: 10.33920/pro-01-2304-11.

Repnikova V.M., Dzhamaludinova M.Yu. (2023). Mezhbyudzhetnye otnosheniya i politika finansovogo vyravnivaniya v Rossiyskoy Federatsii [Inter-budgetary relations and financial equalization policy in the Russian Federation] (in Russian).

Salina T. K. (2020). Prioritety tsirkulyarnoy ekonomiki i promyshlennyy simbioz v obespechenii ustoychivogo razvitiya toplivno-energeticheskogo kompleksa [Priorities of the circular economy and industrial symbiosis in ensuring sustainable development of the fuel and energy sector]. Economics and management of management systems. (4). 72-80. (in Russian).

Schlüter L., Mortensen L., Gjerding A.N., Kørnøv L. (2023). Can we replicate eco-industrial parks? Recommendations based on a process model of EIP evolution Journal of Cleaner Production. 429 139499. doi: 10.1016/j.jclepro.2023.139499.

Shkarupeta E. V. (2024). Metodika otsenki tsirkulyarnoy zrelosti promyshlennoy ekosistemy [Methodology for assessing the circular maturity of an industrial ecosystem] Circular economy for the sustainable development of industries and territories. 419-423. (in Russian).

Titov S. A. (2002). Razvitie eko-industrialnyh parkov v Kitae [Development of eco-industrial parks in China]. Problems of the Far East. (1). 80-95. (in Russian). doi: 10.31857/S013128120022940-5.

Tolstyh T. O., Geraskina A.A. (2023). Obrazovanie promyshlennyh simbiozov kak sposob dostizheniya tseley ustoychivogo razvitiya [Formation of industrial symbioses as a way to achieve sustainable development goals]. Promyshlennost: ekonomika, upravlenie, tekhnologii. 2 (2). 6-15. (in Russian).

Tsenina E. V. (2022). Perspektivnye informatsionnye tekhnologii v upravlenii tsepyami postavok: osobennosti ispolzovaniya [Advanced information technologies in supply chain management: usage features] Society. Trust. Risks. 393-397. (in Russian).

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