Question

1. Develop a TBP and gravity mid-percent curve for the crude oil given below (Crude oil B). According to the API gravity of the crude oil, classify the crude oil as light, medium, heavy, or very heavy (Table 2.3 of class notes). Also, according to the sulfur content of the crude oil, it a low sulfur (sweet) crude or a high sulfur (Sour) crude? 2. Using the TBP and gravity curves from problem 1, Calculate the Watson characterization factor for the fraction having a mean average boiling point of 750 °F.

          1. Develop a TBP and gravity mid-percent curve for the crude oil given below
(Crude oil B). According to the API gravity of the crude oil, classify the crude oil
as light, medium, heavy, or very heavy (Table 2.3 of class notes). Also,
according to the sulfur content of the crude oil, it a low sulfur (sweet) crude or
a high sulfur (Sour) crude?
2. Using the TBP and gravity curves from problem 1, Calculate the Watson
characterization factor for the fraction having a mean average boiling point of
750 °F.

$1. Develop a TBP and gravity mid-percent curve for the crude oil given below (Crude oil B). According to the API gravity of the crude oil, classify the crude oil as light, medium, heavy, or very heavy (Table 2.3 of class notes). Also, according to the sulfur content of the crude oil, it a low sulfur (sweet) crude or a high sulfur (Sour) crude? 2. Using the TBP and gravity curves from problem 1, Calculate the Watson characterization factor for the fraction having a mean average boiling point of 750 °F.$

Added by Maria R.

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