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Vol 14, Issue 1, 2025
Pages: 306 - 317
Review paper
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INTERNACIONALNI UNIVERZITET TRAVNIK U TRAVNIKU
EKONOMSKI FAKULTET TRAVNIK U TRAVNIKU
PRAVNI FAKULTET TRAVNIK U TRAVNIKU
FAKULTET ZA MEDIJE I KOMUNIKACIJE TRAVNIK U TRAVNIKU

u saradnji sa

MIT UNIVERZITET SKOPLJE, SJEVERNA MAKEDONIJA
VEVU, VELEUČILIŠTE LAVOSLAV RUZIČKA U VUKOVARU, HRVATSKA
VELEUČILIŠTE VIMAL, SISAK, HRVATSKA
CKKPI, TRAVNIK, BOSNA I HERCEGOVINA

organizuju

31. MEĐUNARODNU KONFERENCIJU

EKONOMSKE, PRAVNE I MEDIJSKE INTEGRACIJE BOSNE I HERCEGOVINE I ZEMALJA ZAPADNOG
BALKANA KAO KLJUČNI POKRETAČ EUROPSKIH VRIJEDNOSTI

12. – 13. decembar 2025. godine

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Received: 14.04.2025. >> Accepted: 30.04.2025. >> Published: 16.05.2025. Review paper

ADVANCED MATERIALS AND CIRCULAR ECONOMY: ENGINEERING INNOVATIONS

By
Azra Ahmić ,
Azra Ahmić

Internacionalni univerzitet Travnik u Travniku , Travnik , Bosnia and Herzegovina

Muhamed Ćosić
Muhamed Ćosić

Internacionalni univerzitet Travnik u Travniku , Travnik , Bosnia and Herzegovina

Abstract

The convergence of advanced materials science and circular economy principles is redefining the future of sustainable engineering. This paper explores the transformative role of biocomposites, nanomaterials, and smart materials in minimizing environmental impact and fostering resource-efficient production systems. By integrating these materials into industrial processes, manufacturers can significantly enhance product durability, recyclability, and energy efficiency. A critical aspect of this transition lies in the redesign of production chains, aligning them with circular economy frameworks to reduce waste, extend product lifecycles, and create closed-loop systems. Through a multidisciplinary lens, this study examines the synergy between material innovation and circular economy strategies, offering insights into how engineering advancements can mitigate environmental footprints while fostering economic resilience. By embracing cutting-edge technologies and sustainable design principles, industries can pave the way for a future where efficiency, adaptability, and ecological responsibility are seamlessly integrated into manufacturing ecosystems.

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