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Vol 14, 2025
Pages: 247 - 255
Professional paper
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INTERNACIONALNI UNIVERZITET TRAVNIK U TRAVNIKU
SAOBRAĆAJNI FAKULTET TRAVNIK U TRAVNIKU
EKOLOŠKI FAKULTET TRAVNIK U TRAVNIKU
FAKULTET INFORMACIONIH TEHNOLOGIJA TRAVNIK U TRAVNIKU
FAKULTET POLITEHNIČKIH NAUKA TRAVNIK U TRAVNIKU

u saradnji sa

FAKULTETA ZA LOGISTIKO UNIVERZA V MARIBORU, SLOVENIJA

organizuju

33. MEĐUNARODNU KONFERENCIJU

"IZAZOVI NOVIH TEHNOLOGIJA U FUNKCIJI MOBILNOSTI I ODRŽIVOG RAZVOJA"

15. - 16. maj 2026. godine

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Received: 24.11.2025. >> Accepted: 01.12.2025. >> Published: 12.12.2025. Professional paper

KONCEPT CIRKULARNE EKONOMIJE U GRAĐEVINSKOM SEKTORU

By
Zlatica Kuliš
Zlatica Kuliš

Fakultet politehničkih nauka, Internacionalni univerzitet Travnik u Travniku , Travnik , Bosnia and Herzegovina

Abstract

The main goal of the circular economy is to gradually break the link between economic growth and the use of limited natural resources, with the ultimate goal of establishing a system that does notgenerate waste. Unlike the traditional, linear economic model that functions according to the principleof "take - use - discard", CE promotes a model based on the principles of: reduction, repair, reuse and recycling. This model contributes to the preservation of natural resources, the strengthening of the economy and social capital, and relies on the transition to renewable energy sources. The construction industry has a significant economic impact - it accounts for almost 9% of EU GDP and employs more than 18 million people. It is also responsible for almost half of the total consumption of raw materials and more than a third of the final energy consumption. The rise in the price of construction materials encourages the search for alternatives - through reuse, recycling and more sustainable construction methods. CE in construction implies the use of materials that can be recycled, ecological design of buildings, improved energy efficiency and reduction of negative impact on the environment throughout the entire life cycle of the building. This shift in approach allows for more efficient resource management and reduced harmful environmental impacts.

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