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Fred Thurber
เข้าร่วมเมื่อ 21 เม.ย. 2011
BSinPetewCCUS
LSU Petroleum Engineering program description of their bachelor's degree with a CCUS concentration
มุมมอง: 65
วีดีโอ
How to Complete Your Advising Worksheet cc1
มุมมอง 14810 หลายเดือนก่อน
Advising worksheet for LSU petroleum engineering undergraduate students
J K Comm
มุมมอง 25ปีที่แล้ว
Communications, American, Democrate, Republican, political, political parties, communicate, John F. Kennedy, Dwight D. Eisenhower
Water Loss A Petroleum Engineering Problem
มุมมอง 152ปีที่แล้ว
Discusses the importance of controlling water-loss, from drilling fluid (mud), when drilling a well, for oil, gas, CCS, or hydrogen operations.
Calculate Reservoir Temperature
มุมมอง 9113 ปีที่แล้ว
Teaches the viewer how to calculate approximate expected temperature of a subsurface formation.
Calculate Hydrostatic head of a Crude Oil Column
มุมมอง 5463 ปีที่แล้ว
Learn how to calculate the hydrostatic head of oil in tubing.
Drilling Fluids Measuring Mud Weight
มุมมอง 9143 ปีที่แล้ว
This video demonstrates the mud-balance used to measure the weight of drilling fluid (mud) that is used while drilling a well to prevent encroachment of formation fluids.
Mud Weight Calculation - Sample Problem
มุมมอง 4.6K4 ปีที่แล้ว
Sample problem to show how to calculate mud weight needed to equal formation pressure.
Wetting Water
มุมมอง 2505 ปีที่แล้ว
Petroleum Fluid Properties, petroleum, reservoir rock, connate water, geology, oil, gas, oil & gas
Student Services - LSU College of Engineering
มุมมอง 1918 ปีที่แล้ว
Student Services - LSU College of Engineering
Any current textbook that might help me to get the basic concepts for water well applications? I am on my own and new to this topic. I hold a Physics BS. Please help. Intend to buy textbook and learn it on my own. Thank you.
I agree
Excellent explanation, in a very simple way. Thank you so much Fred!
Thank you, Doc!
Hello Fred, greetings from Mexico, by any chance do you have any reference that I could review for further info, I thought that the calculation of hydrostatic head was a just to solve the equation P=rho*g*h, but I never heard about TVD and API and so on. Thank you
Thanks Sr
Thank you 😊
Can you please make more videos like those I really enjoyed all of them ❤
Amazing! I get one question, how does wireline group do the depth correction job? Use CCL or GR or both CCL+GR?
I need the Book of pete 1010 and the p366
Thank you so much.
Thank you so much Fred. I am doing my logging analysis course and I understood that how to read the R0 and Rt from the track after your explain. It is very formative and priceless. Thank you and appreciate it.
I need the courses of logging analysis can you help me!!?
whaddup dr. thurber
Thanks i had a test today and it helped a lot 😊
Hi sir. In well logging technology, what are the two main interpretation problems?
Superrb
um excelente video .
Thank you for this video. I have a question regarding resistivity, the deep readings are always for Ro or Rxo? And shallow(focused) are always for Rt?
thank you for shear information with us , sorryi need every pdf or ppt lecture
thank you i lerned a lot
Excellent video. Simply and straight to the point. Thanks
Fred Thurber, do you have a reference (book or journal) explain the equation in your video?
@BBShale Thanks
Could you make a video about well log and interpret depositional environment?
hello I urgently need a complete well log that has the use of most of the logging tools for a final work from my university help me please
Hi Thank you for the videos. Do you know about a well log called I6FR, any paper that you can recommend about this? Thank you
Thank you, that cleared a lot of the confusions I had
Hi you can give me this sheet and solve
Sir I'm a petrochemical engineering final year student. And in these four which one is better for me?
Thanks well done
I really appreciated. Thank you Sir,
Thanks
Thanks for Lec
Thanks for video! very useful and important information.
I enjoy listening you suffer while giving this lecture! Really relaxing :)
I'm trying to learn & educate myself about oil well reading? But you guys keep clipping or cutting out some of the video? Why ?
Great Vid but never use the SP log as your shale volume indicator (lithology) unless you are 100% sure that you do not have HC in your formation. HC damps the SP curve . And also the best matrix travel times for matrix are from your petrophyscist's core plugs tests.
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Hello! Thank you very much for your video! Excuse me I have a question, Can somebody help me please? I didn't understand how he knew the value of the R0?
From the deep induction curve. He found where he assumed was a homogeneous sand and found the lowest point on the interval
I'm petroleum engineering Student
Where do you study?
Atbu bauchi, Nigeria.
I want to become petroleum engineering
I am a mechanical engineer and I do.understand this thank you
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thanks for your way explanation
Great video! I was taught the best method to determine porosity is to read half way between the density porosity and neutron porosity curves. Interestingly, you will see that method yields ~26% porosity for the target zone, which is what he calculated with the transit times (showing that both methods work well).
Can you Tel my how did you that!!!
@@eslam_edrees Reading the values at 10260 feet depth in the liquid zone, the neutron and density curves overlap around 26% porosity (therefore, their halfway point is 26%). You get a similar answer in the gas cap at 10250 feet where the neutron reads at 38%, and the density reads 15%, so the halfway point is 26.5%. However, for neutron-density porosity calculations in the gas cap, you should use following formula for more accurate porosity: square root of (((density porosity squared) + (neutron porosity squared))/2) or in other words, φformation = ((φDensity^2 + φNeutron^2)/2 )^0.5. Plugging in the porosity values from 10250 feet, I calculate 28.9% porosity.
Good Video, thank you so much!
thank you very much
can you please explain why you considered Sw=(Ro/Rw)^1/2 ? my understanding Archie equitation is phiSw=(Ro/Rt)^1l2
Actually Sw=Sqrt of Ro/Rt or Sw=sqrtFxRw/Rt Therefore, we can re-write the equation as: Sw=(Ro/Rw)^1/2 Sqrt= the square root F=Ro/Rw or F=a/phi^m (m is the cementation exponent which is = 2; However, m can range from 1.8 to 2.2)
kindly upload that template plz
I desir that my son become a Petroleum Engineer
Where aRe yOu fROm
let the child choose not you.
My thesis is going on can you help me to provide the well data sets so I will easily be work on it.