Method for predicting hydrocarbon ratio property of oil product by using average boiling point and specific gravity
A carbon-hydrogen ratio and boiling point technology, which is applied in the direction of specific gravity measurement, measuring devices, instruments, etc., can solve problems such as large experience, low precision, and poor accuracy, and achieve simple and clear models, low algorithm complexity, and a wide range of applications Effect
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[0088] Example 1:
[0089] Embodiment 1 of the present invention discloses a method for predicting the carbon-hydrogen ratio properties of oil products from the average boiling point and specific gravity, and the adopted technical scheme is as follows:
[0090] Verification of prediction method for oil substance carbon-hydrogen ratio
[0091] Taking the oil product in the atmospheric and vacuum process as an example, it is known that the specific gravity of the oil product is 0.8924, and the average boiling point of the oil product is 269.53°C. The actual value of the carbon-hydrogen ratio is 7.38. The estimate is calculated as follows:
[0092] (1) Judging that the specific gravity of the oil is between 0.65-1.08, and the average boiling point is between 336.48K-866.48K. can be estimated by this method. First, perform the unit conversion for temperature:
[0093] MeABP R = 1.8 MeABP - 459.67 = 517.15°F
[0094] (2) The temperature parameter correlation formula obtained...
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