Ashless high-efficiency oil antistatic agent and using method thereof
An antistatic agent, ashless technology, applied in the petroleum industry, fuel additives, liquid carbon-containing fuels, etc., can solve the problems that the effect is easily affected by the environment, and the antistatic ability decays quickly, so as to increase the leakage, The effect of improving electrical conductivity
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Embodiment 1~27
[0018] Under constant stirring, by mass, in commercially available 2# solvent (commercial brand, main component is C 7 ~C 15 high boiling point aromatic hydrocarbon solvent), add each compound component given in Table 1, Table 2 and Table 3 respectively, make it mix evenly, promptly make the ashless type high-efficiency oil product antistatic agent of the present invention. Measured according to the method specified in GB / T265, the kinematic viscosity of the ashless high-efficiency oil antistatic agent is 1-5mm at 25°C 2 / s.
[0019] Table 1: Components and ratios of high-efficiency antistatic agents in Examples 1 to 9 (the data in the table are all parts by mass)
[0020]
[0021] Table 2: Components and ratios of high-efficiency antistatic agents in Examples 10 to 18 (the data in the table are all parts by mass)
[0022]
[0023] Table 3: Components and ratios of high-efficiency antistatic agents in Examples 19 to 27 (the data in the table are all parts by mass)
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Embodiment 28
[0026] Add the high-efficiency antistatic agent of Example 1 into 1Kg Daqing No. 3 aviation kerosene at 100ppm and place it in a carbon steel storage container with a volume of 2L, mix evenly, and keep it at a temperature of 20°C under normal pressure for a residence time of 24h. Next, the conductivity of the sample was measured to be 1739 ps / m according to the method specified in GB / T6539-1997 "Aviation Fuel and Distillate Fuel Conductivity Measurement Method".
Embodiment 29
[0028] Add the high-efficiency antistatic agent of Example 2 into 1Kg Daqing No. 3 aviation kerosene at 50ppm and place it in a carbon steel storage container with a volume of 2L. Mix evenly. Next, according to the method specified in GB / T6539-1997 "Aviation Fuel and Distillate Fuel Conductivity Measurement Method", the conductivity of the sample was measured to be 1623ps / m.
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