Discipline details

Course details

Recommended Prior Knowledge

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Objectives

This course is based on the application of the theoretical concepts lectured in the UCs of Transport Phenomena I, Thermodynamic Chemistry, Petroleum Geology, Mechanics Materials I and Chemical Processes in several laboratory experiments. It is intended that in this course, students acquire the following skills: - Plan, execute, develop and optimize experiments in the area of the several referred UCs. - Interpret results of experiments that highlight some of the fundamental concepts of the same UCs. - Correlate theoretical models taught with the proper applicability in the treatment of experimental results. - Handle material /specific equipment used the experiments. - Assess the importance of the accuracy of measurements performed. - Develop a scientific report clearly and objectively.

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Teaching Methods

Execution of laboratory experiences related to several curricular unit programs. Each experimental work is preceded by a discussion of scientific principles and procedures of the work protocol. The students should prepare of laboratory work by place the necessary theoretical support, experimental procedure and calculations on the individual lab notebook, (mandatory). Students should have the results, calculations and data discussion in the lab notebook. This information must be available for evaluation by the teacher when requested.
The evaluation has the following components: questionnaire at the beginning of each laboratory session; student's performance in carrying out laboratory work; sheets results and laboratory notebook; report preparation and its discussion/presentation. The final rating will be the weighted average grade obtained in each laboratory work.
Internship(s)

Não
Syllabus

Chapter 1 - 3.0 week(s) Work associated with the course of Chemical Thermodynamics
Chapter 2 - 2.0 week Work associated with the course of Petroleum Geology
Chapter 3 - 4.0 week(s) Work associated with the course of Transport Phenomena I
Chapter 4 - 2.0 week(s) Work associated with the course of Mechanics Materials I
Chapter 5 - 2.0 week(s) Work associated with the course of Chemical Processes
Content Explanation

Petroleum Tecnologies Laboratory IB is a curricular unit that aims to consolidate the theoretical and theoretical-practical knowledge acquired in the various courses lectured in the same semester (Transport Phenomena I, Petroleum Geology, Mechanics Materials I, Termodinamic Chemistry, Chemical Processes). By performing these laboratory experiments, students will gain knowledge of planning, implementation, development and optimization of experiments, in the area of the curricular units that the laboratory work supports, as well as learn to correlate the experimental work with the theoretical models taught, its correct applicability in the treatment of the experimental results. Syllabus was defined to directly follow the curricular unit's objectives, as observed in the previous points in the present questionary.
Methodology Explanation

O laboratório de Tecnologias do Petróleo IB é uma unidade curricular que pretende consolidar os conhecimentos teóricos ou teóricopráticos adquiridos em várias unidades curriculares do semestre em que é lecionado. Vários trabalhos práticos são realizados e tratamento de resultados apresentado através de relatórios com avaliação. O desempenho do estudante na execução dos trabalhos laboratoriais, relatórios e caderno laboratorial é avaliado, conferindo-lhe experiência de trabalho em contexto laboratorial. A elaboração de um relatório e respetiva discussão/apresentação permite ao docente ter uma melhor perceção da compreensão do estudante em relação aos conceitos aplicados na prática. Além disso, esta UC fomenta o desenvolvimento da escrita de Inglês técnico
Responsible Lecturer(s)

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Bibliography

Geankoplis, C.J\t; Transport\tProcesses and Separation Process Principles, Prentice Hall, 2009
Welty,J.R.; Wicks,C.E.; & Wilson, R.E.; Fundamentals\tof momentum,\theat\tand mass transfer, John Wiley & Sons, 1984
Peter Atkins and Julio de Paula; Elements\tof Physical Chemistry, OUP Oxford, 2009. ISBN: 0199226725
Edmundo\t Gomes de Azevedo; Termodinâmica Aplicada, Escolar Editora, 2011. ISBN: 9789725923153
Selley, R.; Elements\tof Petroleum Geology, Academic Press, 1997
Bjørlykke, Knut; Petroleum Geoscience: From Sedimentary Environments to Rock Physics, Springer, 2010
Craig, R.F.; Soil\tMechanics, Chapman & Hall Ed., 1992
Felder, Richard M.,\tRousseau, Ronald\tW.; Elementary Principles of Chemical\tProcess , Jonh Wiley & Sons