A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Asphalt Production at Reduced Temperatures using Zeolites and the Impact on Asphalt Performance
The potential benefits of producing and paving asphalt at lower temperatures are beyond discussion. There is already a lot of know-how on various techniques for producing warm mix asphalt, but there is insufficient data available about the impact of these techniques on the final performance characteristics of the asphalt. Nynas and BRRC are working together on a research project, to study the most important and promising warm mix techniques on laboratory and field scale. These techniques are: the use of foamed bitumen, the addition of waxes to the bitumen and the addition of zeolites to the mixture. The present paper focuses on the last technique. The performance of warm asphalt mixtures produced with different types and quantities of zeolites is compared to the performance of a reference hot mix asphalt. Several aspects have been studied: compactability, permanent deformation, water sensitivity and low temperature cracking. Small scale field trials were made to validate the findings of the laboratory research.
Asphalt Production at Reduced Temperatures using Zeolites and the Impact on Asphalt Performance
The potential benefits of producing and paving asphalt at lower temperatures are beyond discussion. There is already a lot of know-how on various techniques for producing warm mix asphalt, but there is insufficient data available about the impact of these techniques on the final performance characteristics of the asphalt. Nynas and BRRC are working together on a research project, to study the most important and promising warm mix techniques on laboratory and field scale. These techniques are: the use of foamed bitumen, the addition of waxes to the bitumen and the addition of zeolites to the mixture. The present paper focuses on the last technique. The performance of warm asphalt mixtures produced with different types and quantities of zeolites is compared to the performance of a reference hot mix asphalt. Several aspects have been studied: compactability, permanent deformation, water sensitivity and low temperature cracking. Small scale field trials were made to validate the findings of the laboratory research.
Asphalt Production at Reduced Temperatures using Zeolites and the Impact on Asphalt Performance
De Visscher, Joëlle (author) / Vervaecke, Frederik (author) / Vanelstraete, Ann (author) / Soenen, Hilde (author) / Tanghe, Tine (author) / Redelius, Per (author)
Road Materials and Pavement Design ; 11 ; 65-81
2010-01-01
17 pages
Article (Journal)
Electronic Resource
Unknown
Asphalt Production at Reduced Temperatures using Zeolites and the Impact on Asphalt Performance
| British Library Conference Proceedings | 2010
| European Patent Office | 2024