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Product code: Project-Management-PH05

A well number is assigned to you and you can find your project number on ecampus. As a petroleum engineer, your final goal is to find hydrocarbon zones, analyze and determine the properties of these zone. Also, for all other zones, a brief lithology description should be provided by REASONING. To complete the project, you can use Excel, spreadsheets, Petra, other well logging software or any combination.
Follow this road map and complete the project:
Raster and LAS (excel) log of a well is provided to you.
1) Open the LAS file and read the values and record them for yourself:
a) Total Depth of logged interval
b) Max. recorded Temperature
c) Mud and Mud filtrate resistivity
d) Average annual surface Temp. is 65°F.
2) In the LAS file and Raster logs, top of formations Toronto, Lansing, Kansas City, Marmaton, Cherokee, Atoka, Chester, St. Genevive and St. Louis are recorded as guide tops. Using GR, SP, Induction, porosity, sonic logs, add necessary tops from Toronto top to the St. Louis top or to the 50 ft before end of the log (whichever comes first). If more zones are required to be added, it is your decision, but do not be picky about the zonation and the number of the zones!
3) Identify clean and shale zones. For simplicity assume if shale volume is less than 30% it is clean, and if shale volume is above 30%, it is shale and no shaliness correction is required.
4) Among the clean zones, detect permeable zones and possible hydrocarbon ones.
5) Among the clean, porous and permeable zones, select a clean, thick, water bearing zone between Lansing and Kansas City tops and calculate Rw of the zone from SP log. You can use the spreadsheet. No SP to SSP correction is required.
6) Calculate the water saturation and BVW for possible hydrocarbon zones. Assume deep induction resistivity (RT90) reads Rt and no correction is required.
7) Identify pay zones with cut-off value of Sw=50%, Ø=7%, BVW<0.09, Thickness ≥ 2 ft. Core analysis of several adjacent wells suggests the following rock properties: a=0.85, m=n=2.
8) In the hydrocarbon zones, identify the type of HC (oil or gas), also determine the WOC, WGC, GOC depths if applicable to your well.
PNGE 450
Formation Evaluation Project
Due: July 12th, 10:00am
9) In the HC zones, correct the porosity for oil and/or gas effect.
10) In the HC zones, calculate the moveable HC saturation. Assume Sxo = (Sw)1/5.
11) For all the zones, identify lithology by using Neutron-Density, Rhomaa-Umaa, and Sonic-
Neutron cross plots. Then, make a decision for the lithology. For identifying the lithology
of each zone, include the cross plot and the following table in the report and write down
your reasoning below or on the plot. In your report, when you want to show the lithology
of each zone, bring a CLEAR portion of that zone and write the lithology on the log similar
to the example on slide 8 of crossplots lecture notes.
Zone Depth interval Neutron-Density Neutron-Sonic Umaa-ρmaa Your Decision
12) Calculate the RW form another method taught in the class and compare it with Rw
calculated through SP method. Are different method results consistent with each other?
Report Format:
1) Cover Page: Make sure to write the number of the well assigned to you.
2) Executive Summary: including the productive zones with average porosity, Sw, and BWV
of each productive zone and the total pay thickness of the well.
3) Methodology: A brief explanation of step by step process (max 2 pages)
4) Analysis and Results
5) Conclusion
Important Notes:
1) Total report should NOT be more than 30 pages.
2) For HC zones, prepare and show complete set of logs including GR, resistivity, porosities,
Vsh, SW, and BVW similar to the Slide 39 of Cross plot lecture notes.
3) For simplicity, assume the Rw is constant along the well.
4) All porosities are reported in Limestone scale.
5) If a log value reads -999.25, it is a NULL number (the measurement does not exist).
6) The bit size is 7.875 inch.

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The project is aimed at finding the hydrocarbon zones in an area, deciding whether it contains oil or gas and further analysing various properties of these zones.

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