Geology 51-460/660: Petroleum Geology (3 Credits)
Instructor: |
Dr. Eric Hiatt |
Office: |
Harrington Hall 315 |
E-mail: |
hiatt@uwosh.edu |
Phone: |
(920) 424-7001 |
Office hours:
1:50-2:50 M, 1:00-2:15 W & F and by appointment or chance.
Schedule: Lectures: Monday, Wednesday and Friday 9:10-10:10, Harrington
Hall 217.
Important Dates:
Spring Break, March 15-23; Semester
end, May 16.
Grades: | |
Exam 1 | 20% |
Two Research Papers* | 30% |
Presentations and participation† | 25% |
Exam 2 | 25% |
* Due dates, specifications and topics
will be announced during the first week of the semester. Papers handed in after
the due date will receive a late penalty.
† You will be required to do a 5 minute case study presentation and discussion,
a 15-minute presentation, and participate in discussions throughout the semester.
Grade scale: 92% and up = A; 87-91 = AB; 82-86 = B; 77-81 = BC; 72-76 = C; 67-71 = CD; 60-66 = D; <60% = F
Graduate credit: Students enrolled in 660 (graduate credit) must meet
with Dr. Hiatt to plan, develop and complete an additional research project. This project will involve a higher level of synthesis than is required of undergraduate students in this course. Graduate grade scale: 93% and up = A; 90-92 = A-; 87-89 = B+; 83-86 = B; 80-82 = B-; 77-79
= C+; 73-76 = C; 69-72 =C-; 68% or less = F.
Required text: Selley,
R.C., 1998, Elements of Petroleum Geology (2nd edition): Academic Press, Toronto,
470 p.
Course Summary: Petroleum is a diagenetic fluid produced by the thermally-driven alteration of marine organic matter in sedimentary rocks. Understanding the nature of the organic-rich source rock, the paleoaquifers in which the petroleum flowed, and the trapping mechanism are important parts of Petroleum Geology. A petroleum geologist needs to have a broad knowledge of sedimentary geology (sedimentology and petrography), stratigraphy, structural geology, and hydrogeology. All of these are components that are used to construct the evolutionary histories of sedimentary basins. Other areas that are important to the petroleum geologist are: knowledge of well log analysis, seismic interpretation, drilling techniques, and even economic factors, such as lease costs and other aspects of land acquisition. Thus, a successful petroleum geologist needs a broad background, and a willingness to learn and apply a wide range of information and techniques to the problems of finding, developing, and exploiting a petroleum reservoir.
Special Accommodations: Reasonable accommodations will be made for students with disabilities. Please contact Disability Services (424-3100 (voice) or 424-1319 (TTY)) or visit their web site at http://www.uwosh.edu/dean/disabilities.htm for the Universitys accommodation request form and documentation requirements. Information related to an individuals accommodation request will be kept confidential.
Academic Integrity: The Wisconsin Administrative Code states: Students
are responsible for the honest completion and representation of their work,
for the appropriate citation of sources, and for respect of others academic
endeavors. (§ UWS 14.01) Plagiarism and other forms of academic misconduct
are serious offenses with severe penalties. See the University of Wisconsin
Oshkosh Student Discipline Code 2001-2002 for definitions of academic misconduct
and details about procedures, sanctions, and other relevant information. Specific
questions about the provisions in the Student Discipline Code should be directed
to the Dean of Students Office. If you do not understand this statement, please
see me as soon as possible.
Geology 460 Lecture Schedule.
Week of: | Topic and reading: |
Feb. 3 | Introduction: what is petroleum? Economic importance; Geologic factors (*chp. 1). |
Feb. 10 | Porosity and permeability in sedimentary rocks (*chp. 6). |
Feb. 17 | Burial Histories; Burial and diagenesis (*chp. 6). |
Feb. 24 | Student–led discussions of case studies. |
March 3 | Paleohydrology in sedimentary basins (*chp. 6). |
March 10 | Reservoirs and traps (*chp. 7); Exam 1. |
March 17 | Spring Break March 15-23. |
March 24 | Source Rocks; organic geochemistry of oil and gas (*chp. 2). |
March 31 | Diagenesis, catagenesis, and metamorphism, thermal markers (*chp. 5). |
April 7 | Basin Analysis I: basin formation and types (*chp. 8). |
April 14 | Sequence stratigraphy and basin analysis (*chp. 8). |
April 21 | Drilling and geophysical logging methods (*chp. 3). |
April 28 | Student presentations. |
May 5 | Basin analysis II: primary and secondary migration (*chp. 6). |
May 12 | Wrap-up and review. Exam 2. |
* refers to chapters and pages in: Selley, R.C., 1998, Elements of Petroleum Geology (2nd edition): Academic Press, Toronto, 470 p.
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