New Course Held in Odessa and Houston Basic EOR...
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Production Courses, cont. Basic EOR (Enhanced Oil Recovery) 2.3 CEUs Length: 3 days • Define EOR and why EOR • Describe displacement fundamentals—vertical and areal sweep efficiency • Introduction to polymer flooding from polymer chemistry to laboratory tests and field examples • Review of surfactant/alkaline/polymer flooding with experiences in basic laboratory tests and some field pilots • Other chemical test for sweep improvement and profile modifications (gels and foam) • Analyzing thermal methods with process variations (steam, CCS, in situ combustion, SAGD) • Fundamentals of gas flooding (HC, CO 2 , air and N 2 ) with examples of laboratory and field responses Recommended For Engineers, geoscientists, management personnel or other technical personnel with at least a B.S. degree with some ex- perienceinreservoirengineering.Benefitsindividualswhoare responsible for the design, implementation, and management of EOR projects. Also beneficial for other technical person- nel involved in numerical simulation studies, screening, and planningofEORapplications.This course may interest new recruits as well as experienced professionals. New Course Held in Odessa and Houston For more info about PETEX, check out our Web site at www.utexas.edu/ce/petex www.utexas.edu/ce/petex The University of Texas THE UNIVERSITY OF TEXAS Continuing Education PETROLEUM EXTENSION SERVICE 1 University Station, R8100 Austin, TX 78712-1100 Enrollment Information Your company is invited to participate in these training programs. For additional information, contact— PETEX Houston Training Center The University of Texas 2700 W. W. Thorne Blvd. Houston, TX 77073 Tel: 800.687.7052 or 281.443.7144 FAX: 281.443.8722 Email: [email protected] PETEX Production Courses ➤ Production Technology ➤ Completion and Workover ➤ Basic EOR (Enhanced Oil Recovery) www.utexas.edu/ce/petex January, 2010
Transcript of New Course Held in Odessa and Houston Basic EOR...
Production Courses, cont.
Basic EOR (Enhanced Oil Recovery)2.3 CEUs
Length: 3 days
• DefineEORandwhyEOR• Describe displacement fundamentals—vertical and
arealsweepefficiency• Introduction to polymer flooding from polymer
chemistrytolaboratorytestsandfieldexamples• Review of surfactant/alkaline/polymer flooding with
experiencesinbasiclaboratorytestsandsomefieldpilots• Otherchemicaltestforsweepimprovementandprofile
modifications(gelsandfoam)• Analyzingthermalmethodswithprocessvariations
(steam,CCS,insitucombustion,SAGD)• Fundamentalsofgasflooding(HC,CO2,airandN2)
withexamplesoflaboratoryandfieldresponses
Recommended For Engineers, geoscientists, management personnel or othertechnicalpersonnelwithatleastaB.S.degreewithsomeex-perienceinreservoirengineering.Benefitsindividualswhoareresponsibleforthedesign,implementation,andmanagementofEORprojects.Alsobeneficialforothertechnicalperson-nelinvolvedinnumericalsimulationstudies,screening,andplanningofEORapplications.Thiscoursemayinterestnewrecruitsaswellasexperiencedprofessionals.
New Course Held in Odessa and Houston
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Enrollment InformationYourcompanyisinvitedtoparticipateinthesetrainingprograms.Foradditionalinformation,contact—
PETEXHoustonTrainingCenterTheUniversityofTexas2700W.W.ThorneBlvd.Houston,TX77073Tel: 800.687.7052or 281.443.7144FAX: 281.443.8722Email: [email protected]
PETEX Production
Courses ➤ ProductionTechnology ➤ Completionand
Workover ➤ BasicEOR(Enhanced
OilRecovery)
www.utexas.edu/ce/petexJanuary, 2010
PETEX Production Courses All course sections taught by professionals with experience in the field!
Production Technology7.1 CEUsLength: 9½ days or Subsurface: 5 days (3.8 CEUs) Surface: 4½ days (3.3 CEUs)1st Week—Subsurfacereservoir FunDAmentAls • Reservoirrock • Overviewofreservoirdrives characteristics • Methodsofdetermining • Reservoirfluids reserves • Fluidflow • ReservoirstimulationnAturAl Drive mechAnisms • Waterdrive • Gas-capexpansiondrive • Dissolvedgasdrive • CombinationdriveWellheAD eQuiPment • Equipmentoverview • Installation,testing, • Equipmenttypes maintenance • WirelineequipmentArtiFiciAl liFt mechAnisms • Artificialliftmethods • Progressivecavitypumps • Artificialliftselection • Hydraulicjetpumps criteria • Capillaryinjectionstring • Electricsubmersiblepumps • Plungerlift • Suckerrodpumping • GasliftenhAnceD recoverY • Wellperformanceand • Chemicalmethods surveillance • Misciblemethods • Secondaryrecovery • Thermalmethods • Waterflood • Tertiary/CO2recoveryoFFshore ProDuction—sPeciAl consiDerAtions
2nd Week—SurfaceProDuction oPerAtions PrActicessePArAtion • Multi-phasefluids • Separatingliquidsand • Separatinggasandliquids condensate • TestseparatorstreAting liQuiDs • Liquiddehydration • Valvesandcontrols • FreewaterknockouttreAting gAs • Dehydration • Safety • GastreatingmeAsuring liQuiDs AnD gAses • Measuringliquids • GasmeasurementProDuceD WAter mAnAgement AnD DisPosAlleAse AutomAtion AnD emergencY shutDoWn • Typesofequipment • Enddevices • Human/machineinterface • SCADAsystem • Master • TypesofESDsystems • Communications • Maintenanceandsafety • RTU considerations
oil AnD gAs corrosion
Recommended ForTechnicians,foremen,productionoperators,andworkoverpersonnel
Need on-site training?These courses can be customizedto meet your company’s needs.
For more information please call 281.443.7144.
Completion and Workover7.1 CEUs
Length: 9½ days or 1st Week: 5 days (3.8 CEUs) 2nd Week: 4½ days (3.3 CEUs)
1st WeekPlAnning the Job • Rotaryvsservicerig • Logistics–scheduling • EquipmentchecklistPiPe recoverY • Freepointbackoff • Jetcutteroperation operations • ChemicalcutteroperationsFishing • Loosejunk • Specializedtools • WirelinefishingWireline oPerAtions • Surfaceequipment • WirelinetoolsWell logging • Open-holelogging • Collarlogs • Fluids • Cementbondlogsselection oF DoWnhole eQuiPment • Packers • Preparationforfuture • Sealassemblies downholework • Landingnipplessolvent AnD chemicAl treAting, scAle AnD PArAFFin
removAl AnD control • Typesofscaledeposits • Formationdamage andscaledeposits • Safetyconsideration • ApplicationsandrestrictionscomPletion FluiD • Safety&environmental • Fluidlosscontrol considerations material/selection • Fluids • Displacements • Guidelines&issues • Massbalance • BrineeconomicscAsing AnD tubing • Selectionanduseofcasing,tubing,anddrillpipe • StringdesignconsiderationssAnD, clAY, AnD WAter control • Gravelpack • Screenandliner
2nd WeekPerForAting • Casing • Unbalanced • Downtubing • Jetvsfluid
FrActuring • Purposeoffracturing • Fracturingfluidsselection • Mini-fracturing
PrimArY cementing AnD sQueezing • Muddisplacement • Plugcementing • Bondlogging • Squeezecementing • Cementandadditives • Cementdurability
DeePening oPerAtions AnD siDetrAcking • Drilloutbelowcasing • Cutwindowandsidetrack
liners • Applications • Hangingliner • Linerhangers • Disconnectrunningtool • Runninglinerinwell • Cementingliner
coil tubing AnD nitrogen • Application • Safetyconsiderations • Toolsandequipment
PrimArY testing • Pourpoint • Swabtest • Bottomholesamples • Bottompressurebuilduptest
evAluAtion oF tests • Absoluteopenflow • H2Sanalysis • Gasandoilanalysis • GORdetermination
AcciDent Prevention
Recommended ForTechnicians,foremen,andsupervisory-levelproductionoperators,workoverpersonnel,anddrillingpersonnel
Completion and Workover, cont.Production Technology, cont.
