Asphalt composition and preparation method thereof
A bitumen composition and bitumen technology, which are applied in building structures, buildings, building components, etc., can solve the problems of losing the bitumen export market, failing to meet the requirements of bitumen quality indicators, and failing to export bitumen products, and achieving a simple and easy production process. The effect of obtaining and enhancing export competitiveness
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Embodiment 1
[0086] (1) After heating 76 parts by mass of vacuum residue to a temperature of 145° C., put it into an asphalt mixing tank, and perform mechanical stirring at a temperature of 145° C.
[0087] (2) Add 4 parts by mass of light blended oil into an asphalt blending tank and perform mechanical stirring and blending with vacuum residue at a temperature of 145°C for 4 hours.
[0088] (3) Cool down the prepared mixture to 135°C and keep the temperature stable for 1 hour.
[0089] (4) Add 20 parts by mass of heavy blending oil into an asphalt blending tank and directly perform mechanical stirring with the mixture in step (3) at a temperature of 135° C. for 3 hours to obtain the finished product.
[0090] (5) After the mixing and blending is completed, the finished product is put into an asphalt storage tank for storage at a storage temperature of 120°C, and must be shipped within 15 days of storage.
[0091] The vacuum residue in this example is a vacuum residue product produced by ...
Embodiment 2
[0099] (1) After heating 72 parts by mass of vacuum residue to a temperature of 150° C., put it into an asphalt mixing tank, and perform mechanical stirring at a temperature of 150° C.
[0100] (2) Add 5 parts by mass of light blended oil into an asphalt blending tank and perform mechanical stirring and blending with vacuum residual oil at a temperature of 150° C. for 5 hours.
[0101] (3) Cool down the prepared mixture to 140°C and keep the temperature stable for 2 hours.
[0102] (4) Add 23 parts by mass of heavy blending oil into an asphalt blending tank and directly perform mechanical stirring with the mixture in step (3) at a temperature of 140° C. for 4 hours to obtain the finished product.
[0103] (5) After the mixing and blending is completed, the finished product is put into an asphalt storage tank for storage at a storage temperature of 110°C, and must be shipped within 15 days of storage.
[0104] The vacuum residue in this example is produced by mixing Ecuadorian...
Embodiment 3
[0113] (1) After heating 80 parts by mass of vacuum residue to a temperature of 140°C, put it into an asphalt mixing tank, and perform mechanical stirring at a temperature of 140°C.
[0114] (2) Add 3 parts by mass of light blended oil into an asphalt blending tank and perform mechanical stirring and blending with vacuum residue at a temperature of 140°C for 4 hours.
[0115] (3) Cool down the prepared mixture to 130°C and keep the temperature stable for 1 hour.
[0116] (4) Add 17 parts by mass of heavy blending oil into an asphalt blending tank and directly perform mechanical stirring with the mixture in step (3) at a temperature of 130° C. for 3 hours to obtain the finished product.
[0117] (5) After the mixing and blending is completed, the finished product is put into an asphalt storage tank for storage at a storage temperature of 120°C, and must be shipped within 15 days of storage.
[0118] The vacuum residue in this example is a vacuum residue product produced by mix...
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