TY - CHAP
T1 - Circular Value Chain Management—Barriers and Opportunities
AU - Bajare, Diana
AU - Zsembinszki, Gabriel
AU - Rizaov, Denis
AU - Tambovceva, Tatjana
AU - Cudečka-Purina, Natālija
AU - Atstāja, Dzintra
AU - Kaewunruen, Sakdirat
AU - Kripa, Dorina
AU - Nano, Xhesila
AU - Marangos, Orestes
AU - Nisiforou, Olympia
AU - Stylianos, Yiatros
AU - Tornaghi, Marco Lamperti
AU - Tleuken, Aidana
AU - Bragança, Luís
AU - Salles, Adriana
AU - Askar, Rand
AU - Turkyilmaz, Ali
AU - Laudal, Thomas
AU - Giarma, Christina
AU - Azhgaliyeva, Dina
AU - Karaca, Ferhat
AU - Donmez Cavdar, Ayfer
PY - 2024/11/1
Y1 - 2024/11/1
N2 - This section is devoted to analyzing the construction industry as one of the significant industries within the economy of any country with a high potential for circularity. According to Huovila and Westerholm [1], the buildings and construction sector is an essential contributor to environmental impacts and wealth creation in society, with social consequences. Globally, construction uses 36% of the energy, produces 39% of emissions, up to 40% of waste, and uses 50% of all the extracted materials. This undoubtedly emphasizes the significance of the industry and the necessity to transform it from a linear business model development towards a circular one to maintain the higher added value of the resources already currently in the economic cycle and significantly impact the consumption of primary resources. This section will provide an overview of different obstacles in the industry, followed by gaps in awareness and knowledge of the stakeholders and various case studies carried out during the research to highlight the potential solutions for shifting the mindsets and business models operating within the construction sector. The section also provides high-quality examples of successful study courses that can be integrated into different study programs to prepare highly-professional specialists in the construction industry or provide general knowledge on the industry and it’s potential for circularity for any other stakeholders.
AB - This section is devoted to analyzing the construction industry as one of the significant industries within the economy of any country with a high potential for circularity. According to Huovila and Westerholm [1], the buildings and construction sector is an essential contributor to environmental impacts and wealth creation in society, with social consequences. Globally, construction uses 36% of the energy, produces 39% of emissions, up to 40% of waste, and uses 50% of all the extracted materials. This undoubtedly emphasizes the significance of the industry and the necessity to transform it from a linear business model development towards a circular one to maintain the higher added value of the resources already currently in the economic cycle and significantly impact the consumption of primary resources. This section will provide an overview of different obstacles in the industry, followed by gaps in awareness and knowledge of the stakeholders and various case studies carried out during the research to highlight the potential solutions for shifting the mindsets and business models operating within the construction sector. The section also provides high-quality examples of successful study courses that can be integrated into different study programs to prepare highly-professional specialists in the construction industry or provide general knowledge on the industry and it’s potential for circularity for any other stakeholders.
U2 - 10.1007/978-3-031-73490-8_22
DO - 10.1007/978-3-031-73490-8_22
M3 - Chapter (peer-reviewed)
SN - 9783031734892
SN - 9783031734922
T3 - Springer Tracts in Civil Engineering
SP - 667
EP - 735
BT - Circular Economy Design and Management in the Built Environment
A2 - Bragança, Luís
A2 - Griffiths, Philip
A2 - Askar, Rand
A2 - Salles, Adriana
A2 - Ungureanu, Viorel
A2 - Tsikaloudaki, Katerina
A2 - Bajare, Diana
A2 - Zsembinszki, Gabriel
A2 - Cvetkovska, Meri
PB - Springer
ER -