lq * (0.000001 84)] v = TT * q- Flow rate (STB per Day) v- Fluid velocity within pipe d- Pipe diameter Reynolds number is used to determine the characteristics of fluid flow in a pipe. Re < 2300 the flow is laminar and for Re 2300 the flow is turbulent. West Texas Intermediate Crude Specific Gravity: 0.8212 1. Calculate API gravity of West Texas crude and water. 2. Estimate viscosity of West Texas crude using Figure 4 of the following reference and the Beal curve:
lq * (0.000001 84)] v = TT * q- Flow rate (STB per Day) v- Fluid velocity within pipe d- Pipe diameter Reynolds number is used to determine the characteristics of fluid flow in a pipe. Re < 2300 the flow is laminar and for Re 2300 the flow is turbulent. West Texas Intermediate Crude Specific Gravity: 0.8212 1. Calculate API gravity of West Texas crude and water. 2. Estimate viscosity of West Texas crude using Figure 4 of the following reference and the Beal curve:
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Answer question 4
![H- Dynamic Viscosity (Poise) 1cp = 0.01 Poise (SI Units)
[q * (0.00000184)]
v =
IT *
q- Flow rate (STB per Day)
v- Fluid velocity within pipe
d- Pipe diameter
Reynolds number is used to determine the characteristics of
fluid flow in a pipe. Re < 2300 the flow is laminar and for Re >
2300 the flow is turbulent.
West Texas Intermediate Crude Specific Gravity: 0.8212
1. Calculate API gravity of West Texas crude and water.
2. Estimate viscosity of West Texas crude using Figure 4 of
the following reference and the Beal curve:
3. How does this compare to processed engine oil you put in
your car?
4. Calculate the Reynolds Number for 6-inch (diameter)
production tubing assuming West Texas Crude and water
production rates of 500 and 5000 STB/Day. Is the flow in
each case laminar or turbulent?
1 barrel = 42 gallons
Be sure to convert units where necessary!!!](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb9d27ef5-e6c1-4cc6-9ca2-ef3a6152b7a2%2F607627ae-a877-4695-b6ae-ad82573b29f2%2F10q48rp_processed.jpeg&w=3840&q=75)
Transcribed Image Text:H- Dynamic Viscosity (Poise) 1cp = 0.01 Poise (SI Units)
[q * (0.00000184)]
v =
IT *
q- Flow rate (STB per Day)
v- Fluid velocity within pipe
d- Pipe diameter
Reynolds number is used to determine the characteristics of
fluid flow in a pipe. Re < 2300 the flow is laminar and for Re >
2300 the flow is turbulent.
West Texas Intermediate Crude Specific Gravity: 0.8212
1. Calculate API gravity of West Texas crude and water.
2. Estimate viscosity of West Texas crude using Figure 4 of
the following reference and the Beal curve:
3. How does this compare to processed engine oil you put in
your car?
4. Calculate the Reynolds Number for 6-inch (diameter)
production tubing assuming West Texas Crude and water
production rates of 500 and 5000 STB/Day. Is the flow in
each case laminar or turbulent?
1 barrel = 42 gallons
Be sure to convert units where necessary!!!
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