Drilling_technique_1.pdf
Drilling_technique_1.pdf
Drilling_technique_1.pdf
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Form 1<br />
UNIVERSITY OF ZAGREB – FACULTY OF MINING, GEOLOGY AND PETROLEUM ENGINEERING<br />
COURSE TITLE:<br />
CODE:<br />
<strong>Drilling</strong> <strong>technique</strong> I<br />
TEACHER / TEACHERS (academic title, name and last name, institution of higher education of<br />
the teacher, for each person – if more than one):<br />
full professor, dr. sci. BORIS KAVEDŽIJA, R-G-N- FACULTY<br />
STUDY PROGRAMME:<br />
YEAR OF STUDY:<br />
SEMESTER:<br />
Undergraduate Study of Petroleum Engineering<br />
(Bachelor of Petroleum Engineering)<br />
II (second year)<br />
III (third semester)<br />
TEACHING METHODS<br />
CONTACT HRS<br />
PER WEEK<br />
DELIVERED BY<br />
(teacher or assistant)<br />
Lectures 3 (three) dr.sci. BORIS KAVEDŽIJA,<br />
full professor<br />
Tutorials – Labs – Exercises 1,5 (one and a half) dr.sci. DAVORIN MATANOVIĆ,<br />
Field work/exercises (1 day = 0.5<br />
hrs)<br />
ECTS 5 (five)<br />
COURSE DESCRIPTION (1000–1500 characters):<br />
full professor<br />
0,5 (half) dr.sci. BORIS KAVEDŽIJA,<br />
full professor<br />
dr.sci. DAVORIN MATANOVIĆ,<br />
full professor<br />
b.sc., MARKO BLAŽEVIĆ, junior<br />
assistant<br />
1. INTRODUCTION<br />
Definitions, Bore hole drilling goals, Bore hole profile, Physical and chemical properties of rocks important<br />
for bore hole completion, Rock destroying, <strong>Drilling</strong> methods, Mechanical drilling methods<br />
2. ROTARY DRILLING METHODS<br />
2.1. <strong>Drilling</strong> rig and equipment<br />
2.2. Construction and drive characteristics of surface equipment assembly: Derricks, drive engines and<br />
iiiiiipower transmissions, hoisting systems, rotary tables, top drive, mud pumps with equipment, swivels,<br />
iiiiiimud cleaning equipment, elevators, drilling hooks, eruption preventers whit equipment, auxiliary sets,<br />
iiiiiigear and other elements.<br />
2.3. Construction and drive characteristics of drill string elements, drill collars, drill pipes, stabilizers,<br />
iiiiiikellies, calibrators, reamers, drilling couplings, shock-absorbers, hammers, bits, perforators, fishing<br />
iiiiiitools , core drilling assemblies, equipment and assemblies for casing reaming and well deflection.<br />
2.4. Construction and drive characteristics of down hole hydraulics motors: Turbo drill and helicoidal<br />
iiiiiimotors<br />
2.5. <strong>Drilling</strong> rig measurement, registration and control equipment.<br />
During semester students divided in groups make theme Seminar work. The number of students in group<br />
depends on overall number of students participating the lectures. Time estimated for Seminar report is 5<br />
(five) hrs.<br />
In exercise lectures students are introduced whit mathematical calculating of hoisting system and mud<br />
system selection. After practice lectures students have to make independently Project assignment.
DEVELOPMENT OF GENERAL AND SPECIFIC COMPETENCIES – KNOWLEDGE AND<br />
SKILLS (max. 300 characters – describe main goal of the subject in terms of knowledge and<br />
skills that a student would acquire by taking the course):<br />
Acquire the knowledge of hole drilling process and geological, technical and technological parameters.<br />
Contemporary of an up-to-date rotary drilling matters, basic construction and function characteristics of a<br />
drilling assembly. <strong>Drilling</strong>, coring and fishing equipment. Acquire the knowledge of making a basic<br />
hoisting system calculations and assortment of basic mud system.<br />
ALTERNATIVE TEACHING METHODS AND TESTING SYSTEMS (besides lectures and<br />
tutorials, other types of continuous study are recommended with adequate methods to evaluate<br />
student performance – e.g. homework, seminar papers, projects, mid-term exams etc.):<br />
-LECTURES one Seminar paper (in groups 4-6 students)<br />
-PRACTICE one Project assignment (basic calculation)- individually<br />
COMPULSORY LITERATURE (with detailed data on publisher and year of publication):<br />
1. Kavedžija B., Gaurina-Međimurec, N., Krištafor, Z.,: Izrada bušotina, RGN faculty, Zagreb, 1990.,<br />
2. Šindija, I. i dr.: Priručnik za duboko bušenje, INA-Naftaplin, Zagreb, 1973.,<br />
3. Kavedžija, B.: Isplačne glave i gibljive cijevi, Internal script, RGN faculty, 1995.,<br />
4. Kavedžija,B.: Sklop za spuštanje i izvlačenje bušaćih alatki, Internal script, RGN faculty, 1995.,<br />
5. Kavedžija, B.: Alatke za razrušavanje: dlijeta, krune, glodači i proširivači, Internal script, RGN<br />
faculty, 1997.,<br />
6. Kavedžija,B.: Protuerupcijski uređaji bušaćih postrojenja, Internal script, RGN faculty, 2003.,<br />
ADDITIONAL READING (with detailed data on publisher and year of publication, preferably the<br />
most recently published titles):<br />
1. Bourgoyne, A.T., Jr. Millheim, H., Chevenert, M.E. & Joung, F.S.: Applied <strong>Drilling</strong> Engineering,<br />
SPE, Richardson, 1991.<br />
2. Kavedžija, B: Uronjeni hidraulički motori (Turbinske bušilice i vijčani motori) Internal script, RGN<br />
faculty, 2000.,<br />
.<br />
EXAMINATION METHODS (exam doesn't have to be firstly written and then oral, it can also be<br />
either of the first or the second type, or it can consist of other, alternative types of evaluation of<br />
student's performance):<br />
- postulate for oral exam is a positive grade from Seminar paper and<br />
- Project assignment, which is made on practice lectures<br />
- Oral exam (25% of a grade is from seminar paper)<br />
QUALITY ASSURANCE METHODS:<br />
An anonymous questionnaire will be filled in by all of the course participants. This procedure is<br />
compulsory for all subjects and is aimed at evaluation both of the teacher's performance (quality of<br />
delivery) and of the overall content and structure of the course.<br />
Teacher’s own signature: