Closing the Loop in the Process of Manufacturing Noise Barriers and Floating Trash Barrier - Case Study Cover Image

Closing the Loop in the Process of Manufacturing Noise Barriers and Floating Trash Barrier - Case Study
Closing the Loop in the Process of Manufacturing Noise Barriers and Floating Trash Barrier - Case Study

Author(s): Emília Huttmanová, Jana Chovancová, Martin Rovnak, Simona Minďašová
Subject(s): Energy and Environmental Studies, Socio-Economic Research
Published by: UIKTEN - Association for Information Communication Technology Education and Science
Keywords: Noise barrier; floating trash barrier; waste; circularity; multicircularity

Summary/Abstract: The circular economy embodies a contemporary approach centered on sustainability and waste reduction, gradually integrating into production and consumption practices. Nonetheless, it has often remained a theoretical or abstract concept across various economic sectors. This paper focuses on the potential implementation of circularity principles, using the production process of noise barriers, manufactured by the production company based in Prešov, Slovak Republic, as an illustrative example. Through a comprehensive case study, it was determined that reintegrating generated waste into the production cycle is feasible. Moreover, there is potential for a cascading effect, where original waste could be utilized across multiple production processes. This underscores how the circular economy fosters economic efficiency, innovation, and creativity in diverse areas such as design, product diversification, input sourcing, and production planning. The paper's significance lies in its thorough examination of the production process, quantifying various types of waste to uncover innovative methods of converting waste into new input materials. Additionally, it offers insights and actionable guidance towards embracing multicircularity (via a circularity spiral), along with strategies for identifying opportunities to incorporate circularity elements into production schemes. This approach promises extensive economic, environmental, and social benefits, considering product nature and usage.

  • Issue Year: 13/2024
  • Issue No: 2
  • Page Range: 909-917
  • Page Count: 9
  • Language: English
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