Geometry.Net - Technology: Petroleum Engineering

PETROLEUM ENGINEERING
petroleum engineering. The Department oil industry. These classes are Pet.Engr. 120, Fundamentals of petroleum engineering, and Pet. Engr.
http://ughb.stanford.edu/98-99/pe.html

Extractions: Petroleum Engineering The Department of Petroleum Engineering offers a sound background in basic sciences and their application to practical problems in the complex and changing area of petroleum technology. Such study provides the fundamentals of physics, chemistry, mathematics, geology, geophysics, computer science and engineering. Petroleum Engineering is housed in the School of Earth Sciences, and additional information about courses, requirements and faculty can be found in the Earth Sciences section of the Bulletin. Petroleum engineers are concerned with the design of processes for hydrocarbon recovery from oil and gas reservoirs. Included in the design process are characterization of the spatial distribution of reservoir properties, drilling of wells, design and operation of production facilities, selection and implementation of reservoirs, and environmental aspects of petroleum exploration and production. Petroleum engineers must understand the geology of reservoir rocks and the flow of fluids and heat through them. The broad training in this field prepares graduates for professional areas such as: enhanced oil and gas recovery; environmental engineering; geothermal energy production; natural gas engineering; reservoir engineering, reservoir simulation; water production and reclamation; well and property economic evaluation; well log analysis; well test analysis; and drilling and production technology. We also provide two courses in basic petroleum engineering that are designed for majors in other disciplines who are interested in the subject or who are considering working in the oil industry. These classes are Pet. Engr. 120, Fundamentals of Petroleum Engineering, and Pet. Engr. 103, Energy Resources, which satisfies the distribution requirement in area 6 (Technology and Applied Sciences).
Texas A&M University - Petroleum Engineering
Home » Academics/Libraries » Departments » View text version Crisman Institutefor Petroleum Research Department of petroleum engineering Global Petroleum
http://www.tamu.edu/00/academic/aaaagf.html
Texas A&M University: Department Of Petroleum Engineering
Department of petroleum engineering, Texas A M University.
http://www.tamu.edu/new/academic/aaaagf.html
LTRO - Locate The Remaining Oil
Development petroleum engineering consultants offering expertise in oil and gas field development.
http://boas.freeservers.com/

Extractions: Home Page About Page Development Petroleum Engineering Consultants www.LTRO.com LTRO is all about Locating The current Remaining Oil or gas, and assessing future opportunities in a producing field. It is all about generating displays and assessments to help fully understand past field performance. By understanding the past field performance we can generate work programs to get at the remaining reserves. This is the basic premise behind our reservoir management endeavors. call 00 44 1224 81 86 73
NAIT - Petroleum Engineering Technology
http://www.nait.ab.ca/programs/PNT/
Geophysical & Geological Consultants -- Interactive Interpretation & Training, I
Outsourcing geoscience for the upstream petroleum industry geophysics, geology, petroleum engineering, geochemistry, workstation rental. Landmark and GeoQuest software.
http://www.iiandt.com/
Petroleum Engineering Department
http://www.kfupm.edu.sa/pet/
Petroleum-Engineering-Main
petroleum engineering Training Programs. Inspection And Maintenance Of Oil StorageTanks. Fundamentals Of Petroleum. Oil Field Safety. Aboveground Storage Tanks.
http://www.kiccnet.com/Petroleum-Engineering-Main.htm
Branner Earth Sciences--Petroleum
petroleum engineering. Branner Earth Sciences Library and Map Collections. Returnto Table of Contents. Other Information Resources for petroleum engineering.
http://www-sul.stanford.edu/depts/branner/information/peteng.html

Extractions: Petroleum Engineering Table of Contents A password is needed for free-to-Stanford access to SPE OIL get from Branner reference staff (11-5 Mon to Fri or 7-9 Tues eve. Indexes will lead you to articles in journals and series and papers in conference proceedings, as well as technical reports. There are three indexes of major importance for Petroleum Engineering: Most Important Indexes ABI/Inform [ Information about the file] Stanford Only.
Services At Applied Earth Sciences
Raw Materials Procssing; petroleum engineering (PW). Support facilities. PetroleumEngineering. These are the WWW pages of the cluster petroleum engineering.
http://www.ta.tudelft.nl/PW/contents.html
CUED - Division D: Geotechnical Engineering, Petroleum Engineering & Structures
back Geotechnical Engineering, petroleum engineering Structures.The research topics grouped under the umbrella of this division
http://www.eng.cam.ac.uk/research/div-d/

Extractions: The research topics grouped under the umbrella of this division may be loosely categorised as those addressing issues related to civil engineering problems. There are four major sub-divisions as shown on the left. The work of the Geotechnical group is based on the principles of soil mechanics which can address topics as diverse as clean-up of contaminated land and assessing the effects of earthquakes, to the design of underground spaces. Petroleum engineering researches into the problems related to extraction of oil: from drilling to pipeline stability and the effects of ice damage on Artic pipelines. Structures research covers a wide range of topics from the structure of a DNA molcule, to the safety of bridges to the design of deployable structures to be used in outer space. The Centre for Sustainable Development addresses the growing concern of all engineers to ensure their projects are sustainable within the context of today's society.
Frank Miller, First Petroleum Engineering Chair, Remembered: 1/00
Frank Miller, first petroleum engineering chair, remembered. BY MARK SHWARTZ.Frank George Miller, the first chairperson of the Department
http://www.stanford.edu/dept/news/report/news/january5/fmiller-15.html

Extractions: Frank Miller, first Petroleum Engineering chair, remembered BY MARK SHWARTZ Frank George Miller, the first chairperson of the Department of Petroleum Engineering at Stanford, died of liver cancer in Larkspur, Calif., on Dec. 17. He was 88. Miller joined the Stanford faculty in 1953 after 14 years as an engineer with the U.S. Bureau of Mines. He was appointed chair of the newly established Department of Petroleum Engineering in 1957, a position he held for 19 years. He retired as emeritus professor in 1976, but continued to visit the campus and consult with students until his death. Miller authored more than 20 technical papers on topics such as oil recovery, groundwater reservoir studies and geothermal energy. His work as an international energy consultant resulted in extended assignments in Alaska, Chile, Germany, New Zealand and other locations. After retiring from Stanford, he served as co-principal investigator on California's largest geothermal geyser project, located approximately 100 miles north of campus.
Research
Since its inception the School of petroleum engineering has been thesole source of petroleum engineering graduates in Australia.
http://www.eng.unsw.edu.au/research/schools/petrol.htm

Extractions: Since its inception the School of Petroleum Engineering has been the sole source of Petroleum Engineering graduates in Australia. It is recognised as the leading school in South-East Asia and has attracted a significant number of studentsform the region. The School of Petroleum Engineering is part of the Australian Petroleum Cooperative Research Centre which is the foremost provider of research to the Australian Petroleum Industry. The research programs are strongly supported by government and industry and the School operates a number of well equipped laboratories: pressure volume temperature and core flooding laboratory, petrophysical laboratory, drilling fluid and cementing laboratory, borehole stability analysis and fracture mechanics laboratory. The School also has a computer laboratory and industry standard software in reservoir simulation, well testing, log analysis, reservoir characterisation, borehole stability analysis and well drilling and completion. Major Research Areas Drilling and Completion
Perspective On Maglev Transit And Intro Of The PRT Maglev
Galen J. Suppes, Department of Chemical petroleum engineering, The University of Kansas.
http://faculty.washington.edu/~jbs/itrans/suppes.htm

Extractions: A Perspective on Maglev Transit and Introduction of the PRT Maglev by Galen J. Suppes The University of Kansas 4006 Learned, Lawrence, KS 66045-2223 (913) 864-3864, FAX (913) 864-4967 email: gsuppes@cpe.engr.ukans.edu A critical review of maglev trains and convention wheeled trains was presented in an attempt to identify performance advantages of maglev. Traditionally claimed advantages of maglev were not found to hold up to wheeled train systems incorporating similar non-contacting propulsion; however, performance advantages were identified for velocities greater than 500 mph (805 km/hr). At these high velocities, travel at atmospheric pressure is not practical, and so, an analysis was made for applications in tubes of reduced pressures. The feasibility of a personal rapid transit (PRT) system designed with maglev suspension and for travel in tubes of reduced pressure was evaluated. The PRT maglev would have superior service capabilities yet no obvious technological barriers. An economic comparison to maglev train systems suggested that the PRT maglev costs about 40% less while providing appeal to a broader audience. Proposed performance advantages of the PRT maglev include reduced energy consumption, reliance on electrical power, and significantly reduced transit times as compared to air or train systems. A practical approach to implementation is presented and consists of initially using lower velocities, higher tube pressures, and PRT vehicles connected as train units. Proposed evolution of the system includes attaining higher velocities and incorporating superconductive elements in the rail embodiments.
MEngSc - Petroleum Engineering
School School of petroleum engineering. To qualify for a MEngSc in PetroleumEngineering, candidates will have to pass a minimum of 48 Units of Credit.
http://www.eng.unsw.edu.au/prospect/pgcourse/mengsc/petrol.htm

Extractions: Please note that international students have to do the full time program and complete in 1 year. Only local students have the 2 year (part time) option. May be studied: Distance Education, Part time Location: Kensington Entry Requirements: A recognised four-year Bachelor degree in a related discipline, and a minimum of one year of petroleum industry experience completed. Program Description
Welcome To The School Of Mining And Petroleum Engineering In The Department Of C
Dedicated to the search for mineral/hydrocarbon reserves and their production in an efficient and environmentally responsible manner.
http://www.civil.ualberta.ca/smpe/index.htm

Extractions: Welcome to the School of Mining and Petroleum Engineering in the Department of , Faculty of Engineering, at the University of Alberta . The School is dedicated to excellence in the discovery, dissemination and application of knowledge about mining and petroleum engineering the search for mineral / hydrocarbonreserves and their production in an efficient and environmentally-responsible manner. University of Alberta's School of Mining and Petroleum Engineering is a leader in educating top quality engineers for the Mining and Petroleum industries. MINING or PETROLEUM For alumni and friends, you may be interested in seeing: History of Mining and Petroleum Engineering at UofA Former and present academic staff School of Mining and Petroleum Engineering
How To Find Out: Offshore & Petroleum Engineering And Marine Resources
HOW TO FIND OUT in OFFSHORE petroleum engineering and MARINE RESOURCES. Thereare also periodicals in the petroleum engineering Departmental Library.
http://www.hw.ac.uk/library/howto-offshore.html

Extractions: Senior Information Scientist October 2002 The Web address for this document is: http://www.hw.ac.uk/library/howto-offshore.html This guide is primarily intended for students and staff of Heriot-Watt University, however it may also be of use to anyone looking for printed or electronic information on offshore or petroleum engineering or marine resources. Please note that whilst all networked resources mentioned are accessible from Heriot-Watt campus, accessibility from off-campus may vary. This may be of particular concern to Distance Learners . Library services to distance learning students are detailed at http://www.hw.ac.uk/library/distance.html Information about Off Campus Access to Networked Resources is available at http://www.hw.ac.uk/library/offcampus The Heriot-Watt University dial-in service details are at: http://www.hw.ac.uk/cenWWW/dial-in.html INTRODUCTION
Bachelor Of Applied Petroleum Engineering - Oil Amp; Gas - Oil
Bachelor of Applied petroleum engineering Technology Two year postDiploma.Full-time or part-time studies. 32 week coursework component
http://www.sait.ab.ca/academic/energy/programs/program1.htm
Petroleum Engineering & Rock Mechanics Research Group
Department of Earth Science and Engineering. PetroleumEngineering Rock Mechanics (PERM) Research Group.
http://www.huxley.ic.ac.uk/research/PETENG/Perm/perm.htm

Extractions: People Publications Current Research Seminars Affiliates Meeting ... Martin J Blunt Professor m.blunt@ic.ac.uk Alain C Gringarten Professor a.gringarten@ic.ac.uk John Hudson FREng Professor jah@rockeng.co.uk Peter R King Professor peter.king@ic.ac.uk Xudong Jing Reader x.jing@ic.ac.uk Robert W Zimmerman Reader r.w.zimmerman@ic.ac.uk Jonathan N Carter Senior Lecturer j.n.carter@ic.ac.uk Rod J Gochin Senior Lecturer r.gochin@ic.ac.uk John P. Harrison Senior Lecturer j.harrison@ic.ac.uk Velisa Vesovic Senior Lecturer v.vesovic@ic.ac.uk John-Paul Latham Lecturer j.p.latham@ic.ac.uk Ann H Muggeridge Lecturer a.muggeridge@ic.ac.uk Carlos Grattoni Research Fellow c.grattoni@ic.ac.uk Matthew D Jackson Research Associate m.d.jackson@ic.ac.uk Razik Razoaki Research Associate r.razoaki@ic.ac.uk Thomas von Schroeter Research Associate t.schroeter@ic.ac.uk
RGN Fakultet
Materijali za Ljetnu kola naftnog rudarstva petroleum engineering Summer Schoolmogu se pronaci na privremenoj stranici http//www.code16.com/rgn/ljetna
http://rudar.rgn.hr/

Extractions: 12. 03. 2003. Novi udbenik Udbenik je izraðen u okviru projekta primjene IT Digitalni udbenik: Eksploatacija arhitektonsko-graðevnog kamena (ifra projekta: 2001-108) financiranog od Ministarstva znansti i tehnologije. Sukladno Ugovoru br. 353-31-11-2001 sklopljenom izmeðu Ministarstva znanosti i tehnologije i Rudarsko-geoloko-naftnog fakulteta, Ministarstvo stjeèe pravo vlasnitva nad rezultatima projekta, a obvezno ih je staviti na javnu uporabu, bez naknade. 12. 03. 2003. Poèetak novog RGN weba Dananjim proirenim sastankom suradnika u izradi i odravanju web sadraja RGN fakulteta, zapoèela je jednomjeseèna kampanja izrade novog weba. Angairana je tvrtka Code 16 koja æe izraditi novo suèelje. elja nam je ispuniti vaa oèekivanja drage studentice, studenti, poslovni partneri i svi koji su zainteresirani za sadraje koji æe biti objavljivani na novim stranicama. Piite nam i dalje, konstruktivne primjedbe su nam dobrodole. Pierottijeva 6, 10000 ZAGREB tel.4605-479 faks.4836-051

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