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CREATED:20250519T112130Z
LAST-MODIFIED:20250519T112130Z
DTSTAMP:20260615T233934Z
UID:1781555974@tuc.gr
SUMMARY:Παρουσίαση Διπλωματικής Εργασίας κας
 . Κωνσταντίνας Κολιπέτσα και κ. Λιρό
 ι-Λεωνίδα Τζουμακάρη, Σχολή ΜΗΧΟΠ
LOCATION:Μ3 - Κτίριο ΜΗΧΟΠ, Μ3.108, Αίθουσα Σ
 υνεδριάσεων
DESCRIPTION:https://www.tuc.gr/el/to-polytechnei
 o/ilektronikes-ypiresies/imerologio/
 imerologio-ekdiloseon-1?tx_tucevents
 2_tuceventsdisplay%5Baction%5D=show&
 tx_tucevents2_tuceventsdisplay%5Bcon
 troller%5D=Event&tx_tucevents2_tucev
 entsdisplay%5Bevent%5D=7695&cHash=dd
 c4c9861e8476b6d66b6d33dc3d0a3d\nΤίτλ
 ος εργασίας: Numerical study of opti
 mal oil recovery conditions from bla
 ck oil reservoirs using the MRST res
 ervoir simulator.\n  \n Τριμελής Εξε
 ταστική Επιτροπή\n 1. Γιώτης Ανδρέας
 , Αναπλ. καθηγητής ΜΗΧΟΠ (Επιβλέπων)
 \n 2. Καρατζάς Γεώργιος, καθηγητής Χ
 ΗΜΗΠΕΡ \n 3. Βαρουχάκης Μανώλης, Επι
 κ. καθηγητής ΜΗΧΟΠ\n  \n Περίληψη\n 
 This thesis explores the field of hy
 drocarbon reservoir mechanics, focus
 ing on oil recovery techniques throu
 gh reservoir simulation. The main ob
 jective is to investigate the capabi
 lities of the MATLAB Reservoir Simul
 ation Toolbox (MRST) in modeling and
  analyzing oil production scenarios.
 \n The study begins with an examinat
 ion of the SPE1 benchmark problem, w
 hich serves as a standard reference 
 for validating reservoir simulation 
 models. In this context, different p
 roduction parameters were modified t
 o observe their influence on product
 ion performance. Subsequently, new s
 imulation codes were developed speci
 fically for the numerical investigat
 ion of the Water Alternating Gas (WA
 G) method, enabling a more customize
 d study of multiphase flow behavior,
  pressure and saturation dynamics. F
 urthermore, the thesis compares the 
 efficiency of various secondary oil 
 recovery methods, including water in
 jection, gas injection and the WAG t
 echnique. Simulation results indicat
 ed that the WAG method offers the hi
 ghest oil recovery rates, combining 
 the benefits of water and gas inject
 ion while reducing inefficiencies su
 ch as trapped oil, early gas or wate
 r breakthrough and uneven displaceme
 nt of oil. \n In conclusion, our stu
 dy demonstrates the versatility and 
 efficiency of MRST in reservoir mode
 ling and simulation. It highlights t
 he WAG method as a particularly prom
 ising strategy for maximizing hydroc
 arbon recovery, provided it is caref
 ully calibrated based on reservoir-s
 pecific geological conditions.\n Λέξ
 εις κλειδιά (Ελληνικά): Προσομοίωση 
 Ταμιευτήρα, MRST, Διφασική ροή, Εμπο
 τισμός, Αποστράγγιση.\n Λέξεις κλειδ
 ιά (Αγγλικά): Reservoir Simulation, 
 MRST, Immiscible two-phase flow, Imb
 ibition, Dainage.\n
STATUS:CONFIRMED
ORGANIZER;RSVP=FALSE;CN=TUC;CUTYPE=TUC:mailto:webmaster@tuc.gr
DTSTART:20250523T120000
DTEND:20250523T130000
TRANSP:OPAQUE
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