A kind of low-lead aviation gasoline and production method thereof
A technology of aviation gasoline and motor method, which is applied in the petroleum industry, liquid carbon-containing fuels, fuels, etc., can solve the problems of high lead content in aviation gasoline, achieve the effects of reasonable proportioning, reducing dosage, and increasing octane index
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Embodiment 1
[0019]A low-lead aviation gasoline and its production method, in terms of volume percentage: it includes front cut alkylate: 28.6%; super cut alkylate: 37.7%; toluene: 11.4%; xylene: 4.3%; -5: 18%, add the above raw materials into the mixing tank in order, control the speed of the stirring paddle at 100 rpm, the temperature and pressure are at room temperature and atmospheric pressure, add 0.45 ml / liter of tetraethyl lead after mixing, and continue stirring for ten Minutes, the obtained aviation gasoline is analyzed according to the standard method stipulated in ASTM D910. The octane number of the motor method reaches above 103, the final distillation point temperature is 135 degrees Celsius, and the vapor pressure reaches 44 kPa.
Embodiment 2
[0021] A low-lead aviation gasoline and its production method, in terms of volume percentage: front cut alkylate: 39.1%; super cut alkylate: 25.7%; toluene: 14%; xylene: 4.5%; carbon-5 : 16.7%, the above raw materials are added to the mixing tank in order, the stirring paddle speed is controlled at 30 rpm, the temperature and pressure are room temperature and atmospheric pressure, add 0.45 ml / liter of tetraethyl lead after mixing, and continue to stir for 20 minutes , the obtained aviation gasoline is analyzed according to the standard method stipulated in ASTM D910, the motor method octane number reaches above 103, the final boiling point temperature is 139 degrees Celsius, and the vapor pressure reaches 43.9 kPa.
[0022] Through the above examples and multiple tests by the inventors, the above components fall within the following volume ranges according to volume percentage, and their advantages are particularly obvious: front distillate: 29% to 45%; super distillate: 22% to...
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