Mogućnosti približavanja betonske industrije cirkularnom modelu kroz industrijsku simbiozu (CROSBI ID 214980)
Prilog u časopisu | izvorni znanstveni rad | međunarodna recenzija
Podaci o odgovornosti
Bjegović, Dubravka ; Serdar Marijana ; Jelčić Rukavina, Marija ; Baričević, Ana ; Pezer, Martina
hrvatski
Mogućnosti približavanja betonske industrije cirkularnom modelu kroz industrijsku simbiozu
Major challenges of traditional linear concrete industry are utilisation of large amount of non-renewable resources and significant air emissions during production, utilisation and demolition of concrete structures. At the same time, concrete industry has a high potential for a positive shift towards more sustainable production and lower ecological footprint. One of the strategies is to use waste materials and byproducts from other industries as valuable raw materials in concrete industry. This loop can be closed only by taking into account properties of a certain waste material and using them for preparation of special purpose concrete products, in which these properties are favourable. Other strategy is designing concrete tailored for certain environment and service life, making it optimised for that specific purpose. The paper presents some of the available waste and recycled materials in Croatia and research focused on their potential application in civil engineering. The possibilities of utilisation are first explored in laboratory conditions, with the results presented in this paper as an outcome. Based on the obtained results some of the potential areas of application are proposed, in which concrete prepared with these waste materials becomes alternative to classical concrete. Both original scientific research results are presented, but also prototype of products produced based on the scientific research.
emisija CO2 ; recikliranje ; alternativni cementni materijali ; otpadne gume
nije evidentirano
engleski
Possibilities in concrete industry towards circular economy through industrial symbiosis
nije evidentirano
CO2 emission ; recycling ; supplementary cementitious materials ; waste tyres
nije evidentirano
Podaci o izdanju
57 (4)
2014.
31-42
objavljeno
2217-8139
2335-0229
10.5937/grmk1404031B
Povezanost rada
Građevinarstvo, Temeljne tehničke znanosti