Modification of bitumen and asphalt concrete with carbon nanomaterials: brief review
Keywords:
bitumen, polymer bitumen binder, asphalt concrete mixtures, carbon nanotubes, modificationAbstract
The brief review article examines the modification of petroleum bitumen and asphalt concrete mixtures with carbon nanomaterials. Carbon nanotubes, fullerenes and graphene were chosen as carbon nanomaterials. The influence of carbon nanomaterial additives on the physical and mechanical characteristics of bitumen, polymer bitumen binders and asphalt concrete mixtures is shown. The content of carbon nanomaterials when modifying bitumen, polymer-bitumen binders and asphalt concrete mixtures does not exceed 5 wt.%, on average leaves about 1 wt.%. Modification of bitumen and asphalt concrete mixtures with carbon nanomaterials leads to an increase in the softening temperature, viscosity, compressive strength and a decrease in penetration and ductility. At the same time, the degree of efficiency of bitumen and the parameter of resistance to rutting are improved. The review also provides information on the mechanism of action of carbon nanomaterials on the composition and properties of bitumen and asphalt concrete. The advantages and disadvantages of modifying bitumen, polymer bitumen binders and asphalt concrete mixtures with carbon nanomaterials are shown. The use of bitumen binders modified with nanomaterials for road surfaces is economically beneficial due to a manifold increase in their service life. Further research is needed to better understand the use of nanomaterials as a bitumen modifier at a fundamental level, as well as its performance characteristics.
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