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THE ONLY E&P-LED CONFERENCE 100% DESIGNED FOR RESERVOIR ENGINEERS WORKING IN UNCONVENTIONAL OIL & GAS RESERVOIRS
Understanding How Reservoir EngineersCan Tailor Their Reservoir Models To Unconventional Reservoirs To
Maximize The Accuracy OfEUR Calculations & Production ForecastsFor Unconventional Oil & Gas Operations& Optimize Well Spacing & Completions DecisionsProviding Reservoir Engineers With A Complete Toolkit To Ensure The Right Economic & Operational Decisions Are Made In A Time Of Oil Price Volatility
KEY RESERVOIR ENGINEERING ANALYSIS AND TECHNIQUES SPECIFIC FOR UNCONVENTIONAL OIL & GAS TO BE DISCUSSED:
March 25 - 26, 2015 | Houston | Texas
Peng Ye Reservoir Engineer Hess Corporation
EXPERT INSIGHT ON RESERVOIR ENGINEERING FOR UNCONVENTIONAL OIL & GAS FROM +18 LEADING E&PS INCLUDING, HESS CORPORATION, SHELL, APACHE, BP AND REPSOL
M Follow us @UnconventOilGasiUnconventional Oil & Gas Initiatives
www.unconventional-reservoir-engineering.com
Register By FridayJanuary 16, 2015
SAVE $400
• TAILORING RESERVOIR MODELS TO UNCONVENTIONAL RESERVOIRS: Evaluating analytical and numerical simulation models to determine how to calculate EUR estimates more accurately and optimize field development planning in unconventional reservoirs
• PRODUCTION FORECASTING IN UNCONVENTIONAL RESERVOIRS: Optimizing Decline Curve Analysis and Rate Transient Analysis to increase the accuracy of production forecasts in unconventional reservoirs
• RATE TRANSIENT ANALYSIS, PVT ANALYSIS & FLOW REGIME ANALYSIS FOR
UNCONVENTIONAL RESERVOIRS: Optimizing unconventional reservoir analysis techniques to improve well performance diagnostics & EUR calculation reliability
• USING RESERVOIR MODELS TO DETERMINE THE OPTIMAL WELL SPACING: Combining reservoir models with EUR calculations, production forecasts & flow regime analysis to determine how close is too close for unconventional wells
• COMPLETIONS OPTIMIZATION FROM THE RESERVOIR ENGINEERS
PERSPECTIVE: Utilizing reservoir modeling, production forecasts and early production data to make ensure the right decisions are made on completions design for each unconventional well
Srimoyee Bhattacharya Reservoir Engineer Shell
David Fulford Senior Reservoir Engineer Apache Corporation
Herman Hellman Regional Reserves Authority BP
Raymond Ambrose Chief Reservoir Engineer Hilcorp
Emad Elrafie Project Manager - Technology Center Repsol
Rex Yalavarthi Reservoir Engineer Unit Corporation
George Vassilellis Senior Advisor - Technology Center Repsol
SAVE $400
www.unconventional-reservoir-engineering.com (1) 800 721 3915 [email protected]
In the current scenario of oil price volatility, it is key for E&P companies to minimize economic and operational risks by calculating unconventional reserves more accurately and optimizing well spacing and completions designs.
Reserves are generally miscalculated and often overestimated for unconventional oil & gas reservoirs due to a combination of factors: often, reservoir analysis and modeling techniques have been adapted from reserve estimation methods used for conventional oil & gas resulting in an inaccurate calculation of unconventional oil & gas reserves; also, there is a clear lack of solid production histories that could be integrated into reservoir modeling software workflows and correlated with reservoir models. Therefore, there is undoubtedly a need for the industry to develop reservoir modeling techniques tailored to unconventional oil & gas.
It is vital for E&P companies to reassess which reservoir sections of their land acreage are economical and the key to
this lies in an improved reserves estimation that will result in more accurate EUR and production forecasts.
Not only would improved reservoir modeling techniques specific for unconventional oil gas maximize the accuracy of reserve estimates by improved reservoir modeling techniques, but they would also result in optimized well spacing and completions design strategies, which would also impact positively final EUR and periodical and cumulative production rates.
The agenda for Reservoir Engineering for Unconventional Oil & Gas will provide an essential toolkit for reservoir engineers working on unconventional oil & gas assets. As the first event to be entirely dedicated to reservoir engineering for unconventional oil & gas, the congress is driven by an undeniable industry need: maximizing the accuracy of EUR and production forecasts and optimizing well spacing and completions decisions by enabling a better understanding of unconventional oil & gas reservoirs.
• TAILORING RESERVOIR MODELS TO UNCONVENTIONAL RESERVOIRS: Evaluating analytical and numerical simulation models to determine how to calculate EUR estimates more accurately and optimize field development planning in unconventional reservoirs
• PRODUCTION FORECASTING IN UNCONVENTIONAL RESERVOIRS: Optimizing Decline Curve Analysis and Rate Transient Analysis to increase the accuracy of production forecasts in unconventional reservoirs
• RATE TRANSIENT ANALYSIS, PVT ANALYSIS & FLOW REGIME ANALYSIS FOR
UNCONVENTIONAL RESERVOIRS: Optimizing unconventional reservoir analysis techniques to improve well performance diagnostics & EUR calculation reliability
• USING RESERVOIR MODELS TO DETERMINE THE OPTIMAL WELL SPACING: Combining reservoir models with EUR calculations, production forecasts & flow regime analysis to determine how close is too close for unconventional wells
• COMPLETIONS OPTIMIZATION FROM THE RESERVOIR ENGINEERS
PERSPECTIVE: Utilizing reservoir modeling, production forecasts and early production data to make ensure the right decisions are made on completions design for each unconventional well
KEY RESERVOIR ENGINEERING ANALYSIS AND TECHNIQUES SPECIFIC FOR UNCONVENTIONAL OIL & GAS TO BE DISCUSSED:
The Westin Galleria Houston
Woodway Ballroom, Level 45060 West AlabamaHouston, Texas 77056 - United States
Tel: (713) 960-8100
Web: www.westingalleriahoustonhotel.com
Venue Information:
“The conference puts into perspective what the industry leaders are doing in the basin”
ConocoPhillips
“Great conference which focused on the important things”
Oxy
Register By FridayJanuary 16, 2015
TAILORING RESERVOIR MODELING & PRODUCTION FORECASTING TECHNIQUES TO UNCONVENTIONAL RESERVOIRS TO MAXIMIZE THE ACCURACY OF EUR CALCULATIONS & PRODUCTION RATE ESTIMATES
Day 1Wednesday March 25, 2015
9.10 Chair’s Opening Remarks
PERFORMANCE PREDICTION
9.20 Understanding How Reservoir Engineers Can Effectively Analyze Geologic And Dynamic Indicators To Predict Performance In Developing Tight And Fractured Formations
•Conductinggeologicalmodelingofextensivedevelopmentareastoidentifykeygeologicperformanceindicators
•Developingstaticformationdescriptionincludingnaturalfracturesatdifferentscalestogeneratekeyperformancedrivers
•Elaboratingdynamicformationdescriptionincludingdepletionandpressuretrendstoidentifypressureperformancedrivers
•Usingseveralperformanceindicatorstodescribeoutcome•Examiningapracticalapplicationofanalyticalandnumerical
modelingtomodeltightreservoirs•Assessingsubsurfaceranking,performanceclusteringand
developmentscenarios•Evaluatingpracticalandinteractivetoolstovisualizeand
evaluatedevelopmentoutcomesEmad Elrafie, Project Manager - Technology Center, Repsol
George Vassilellis, Senior Technical Advisor - Technology Center, Repsol
Steven Russel, Technical Advisor - Technology Center, Repsol
9.50 Question & Answer Session
TRACKING WELL PERFORMANCE IN UNCONVENTIONAL RESERVOIRS
EVALUATING PRESSURE TRANSIENT ANALYSIS AS A MEANS OF CALCULATING DRAINAGE AREAS AND MEASURE WELL
PERFORMANCE OVER TIME
TIME-RATE PERFORMANCE ANALYSIS
10.00 Using The Transient Hyperbolic Model To Evaluate Time-Rate Performance Of Multi-Fractured Horizontal Wells
•Identificationofananalyticrelationshipforatransientb(t)functionwhichhasconstantearly-timeandconstantlate-timevaluestocreateadeclinecurveequivalenceofaconstantflowingpressuresolutionforaclosedlinearreservoir
•Comparisonoftransienthyperbolicmodeltoalternativedeclinecurvemodels&thephysicalsignificanceofmodelparameters
•Applicationsofthetransienthyperbolicmodeltorepresentthebehaviorofflowregimesfromamulti-fracturedhorizontalwellinashalegas/liquids-richshaleplay
•Utilizingthetransienthyperbolictime-ratemodeltomodelcompletiondesign&multi-layereffectsinamulti-fracturedhorizontalwell
David Fulford, Senior Reservoir Engineer, Apache Corporation
10.30 Question & Answer Session
10.40 Morning Refreshments At The Exhibition Showcase Area
RESERVOIR MODELING FOR UNCONVENTIONAL RESERVOIRS
DEVELOPING A TAILORED ANALYTICAL & NUMERICAL MODELING APPROACH FOR UNCONVENTIONAL RESERVOIRS TO MAXIMIZE
THE ACCURACY OF EUR ESTIMATES
RESERVOIR MODELING INPUT: UPSTREAM DISCIPLINES INTEGRATION IN UNCONVENTIONAL DEVELOPMENT
11.10 Combining Analytical & Numerical Modeling Tools To Deliver Tangible Solutions & Affect Game-Changing Practices In Unconventional Oil & Gas Reservoir Engineering & Resource Development
•Focusingonessentialstudyneedstooptimizeaninterdisciplinaryupstreamworkflow
•Combiningthebestoutcomesofdifferentdisciplinestodriveresults
•Encouragingcollaborationbetweendifferentupstreambusinessunitstooptimize,analyzeprocessesandincreasethereliabilityofstrategicdecisionsbasedontechnicalknowledge
•Fosteringontimeevaluationandapplicationoffindingstogeneratepositiveimpactacrossallupstreambusinessunits
•Presentingacomprehensivecoveragefromtechnicalinceptiontocashflowprojectionstounderstandthebasisofupstreamdisciplinesintegration
•Deliveringandcommunicatingparticularanduniversalinsightstocreatetangiblepositiveimpactacrossallupstreambusinessunits
Emad Elrafie, Project Manager - Technology Center, Repsol
George Vassilellis, Senior Technical Advisor - Technology Center, Repsol
Steven Russel, Technical Advisor - Technology Center, Repsol
11.40 Question & Answer Session
VOLUMETRICS
11.50 Applying The Latest Techniques For Evaluating The Tank Size, Interconnectivity, Mineralogy And Structure Of Unconventional Reservoirs To Improve The Accuracy Of EUR Calculations
•Determiningtheaerialextentanddepositionalenvironmentofthereservoirtoestimateitstanksize
•ExaminingreservoirmineralogytoidentifytankcompositionanddetermineitsimpactinEURcalculations
•Assessingreservoirinterconnectivitytodeterminewhetheritisahomogenousorheterogenicreservoir
•Evaluatingrockboundarieswithinthereservoirtanktodeterminehydrocarbonmigrationandassesswhetherthereservoirtankisaboundedmedium
•MappingfreehydrocarboninplacetoaddliberatedvolumestothetotaltankandmaximizetheaccuracyofEURcalculations
•Assessingdataavailabilityforagivenreservoirtodeterminetheextenttowhichitimpactsvolumetricsefficiency
Ray Ambrose, Chief Reservoir Engineer, Hilcorp
12.20 Question & Answer Session
12.30 Lunch At The Exhibition Showcase Room
ANALYTICAL MODELING FOCUS
1.30 Determining The Most Effective Way To Use Analytical Modeling To Address The Geomechanical Impact Of Stimulating And Producing Naturally Fractured And Tight Oil & Gas Formations
•Generatingstaticanddynamicformationdescriptionstoidentifykeystimulationandperformancedrivers
•Evaluatinginsightsfromdifferenthydraulicstimulationmodelstodeterminetheoptimalsimulationdesign
•Integratingflowmodelsofinjectionandproductiontoincreasetherelaibilityofunconventionalreservoirmodels
•Conductingadescriptionofnaturallyfracturednetworksandmechanicalpropertiestomodelunconventionalresourcesmoreaccurately
•Examiningtheabilitytomodeloptimalwellspacing,timingandoperatingconditionstooptimizeoperationsinunconventionalresources
•Validatingflowbackandearlyproductionobservationstoincreasetheaccuracyofunconventionalresourcesmodels
•BuildingphysicalanalogstoguidedevelopmentsolutionsEmad Elrafie, Project Manager - Technology Center, Repsol
George Vassilellis, Senior Technical Advisor - Technology Center, Repsol
Steven Russel, Technical Advisor - Technology Center, Repsol
2.00 Question & Answer Session
NUMERICAL SIMULATION
2.10 Comparing Numerical Simulations Methods To Determine Flow Mechanics Of A Given Unconventional Reservoir More Accurately
•Understandinghowtocombineanalyticalandnumericalsimulationtomodelunconventionalreservoirs
•Evaluatingbestpracticesfornumericalsimulationcalculationtooptimizethecharacterizationoftheflowmechanicsofagivenunconventionalreservoir
•Correlatingestimationsonflowmechanicsobtainedthroughnumericalsimulationwithproductionresultstoassessitsaccuracyandreliability.
Wei Yu, Research Assistant, University Of Texas At Austin
2.40 Question & Answer Session
RATE TRANSIENT ANALYSIS, FLOW REGIME ANALYSIS & PVT ANALYSIS FOR UNCONVENTIONAL WELLS
OPTIMIZING RESERVOIR ANALYSIS TECHNIQUES TO IMPROVE WELL PERFORMANCE DIAGNOSTICS & EUR CALCULATION RELIABILITY IN
UNCONVENTIONAL RESERVOIRS
RATE TRANSIENT ANALYSIS
2.50 Presenting A New Rate Transient Analysis Methodology And Associated Diagnostic Plots Beyond Linear Analysis To Illuminate Optimizing The Number Of Frac Stages And Well Spacing
•ExtendLinearAnalysisBasedUponTheTri-LinearModelToCorrelateADiscontinuousSRVWithHorizontalWellsWithFewerFracStagesAnd/OrWithAreasHigh-StressAnisotropicRatio
•InferingFractureHalf-Length,SRVPermeabilityAndTheHalf-WidthOfEachIsolatedSRVFromThisImprovedRateTransientAnalysisToCharacterizeSuchIsolatedSRVScenarios
•ExaminingTheResultantRateTransientAnalysis-DerivedStatisticsFromMoreThan100BakkenWellsWithVariousCompletionsTypesAndFracStagesToBuildTypeCurves,WellHistoryMatching,CompletionsAssessmentsAndOptimalWellSpacing
•UsingThisPreciseRateTransientAnalysisModelToRelaxTheDependencyOnCompactionAndPVTPropertiesSupressionDuringTheHistoryMatch
•ImplementingThisRateTransientAnalysisMethodologyToClarifyThe“StressShadowEffect”FromAdjacentStagesAndTheRelationshipBetweenTheShearFractureDisplacement/DilationAndInter-StageIntervals
Peng Ye, Reservoir Engineer, Hess Corporation
3.20 Question & Answer Session
3.30 Afternoon Refreshments In Exhibition Showcase Area
PVT ANALYSIS
4.00 Optimizing PVT Analysis Sampling Techniques For Unconventional Reservoirs To Enhance The Accuracy Of Reservoir Characterization, Reservoir Simulation & Reserve Estimation
•Comparingsurfacesamplingvs.downholesamplingforthePVTAnalysisofunconventionalreservoirstoidentifywhichsamplingmethodprovidesmoreaccuratepressure-volume-temperaturedata
•UsingPVTAnalysistoidentifythenon-hydrocarboncomponentsinreservoirfluidsanddetermineitsimpactinreservoirfluidbehavior
•IdentifyingflowanalysischaracteristicsinfluidPVTAnalysistopredictreservoirfluidbehavior
•ExaminingfluidviscosityinPVTAnalysistodeterminetheextenttowhichitimpactsreservoirfluidflow
Ahmad Jamili, Assistant Professor - Mewbourne School Of Petroleum & Geological Engineering, University Of Oklahoma
4.30 Question & Answer Session
FLOW REGIME ANALYSIS
4.40 Understanding How To Effectively Determine Flow Regimes For Unconventional Reservoirs To Improve The Reliability Of EUR Calculations
•Understandinghowfracapertureandproppantplacementimpactflowregimeovertimetoidentifythetransitionfromlinealflowtoabi-linealflowregime
•Mappingsuddendecreasesinpressurevaluestodeterminethetransitionfromatransientflowregimetoaboundary-dominatedflowregime
•Observingthepaceatwhichtheflowregimeshiftsfromatransientflowregimetoaboundary-dominatedflowregimetoidentifythepointatwhichthereservoirstartsdepleting
•UsingDistributedTemperatureSurveydatatoidentifyflowcontributionalonglateralsections
5.10 Question & Answer Session
www.unconventional-reservoir-engineering.com (1) 800 721 3915 [email protected]
INTEGRATING MICROSEISMIC INTO RESERVOIR MODELS
5.20 Integrating Microseismic Data Into Numerical Simulation Models To Enable More Accurate EUR And Production Forecasts Calculations And Optimize Horizontal Development In Unconventional Reservoirs
•EnablingmorepreciseEURandProductionForecastsbyintegratingmicroseismicdataintonumericalsimulation
•Hearinghowtousemicroseismicanalysistoincreaseprecisiononfracturelengthmeasurementsinunconventionalreservoirs
•Combiningresultsfrommicroseismicanalysiswithproductiontracerstooptimizelaterallandinginhorizontalwells
•UtilizingmicroseismictoforecastStimulatedRockVolumeinunconventionalreservoirs
5.50 Question & Answer Session
6.00 Chair’s Closing Remarks6.10 - 7.10 Networking Drinks Reception In Exhibition Showcase Area
8.30 Chair’s Opening Remarks
USING RESERVOIR MODELS TO DETERMINE THE OPTIMAL WELL SPACING FOR UNCONVENTIONAL WELLS
COMBINING RESERVOIR MODELS WITH EUR CALCULATIONS, PRODUCTION FORECASTS & FLOW REGIME ANALYSIS TO
DETERMINE HOW CLOSE IS TOO CLOSE FOR UNCONVENTIONAL WELLS
DOWNSPACING
8.40 Understanding The Key Factors That Reservoir Engineers Are Using To Determine How Close Is Too Close & How Many Wells Is Too Many Wells For A Given Section Of An Unconventional Reservoir
•Correlatingwellspacingwithproductionratestoidentifythelimitforwellproximityinagivenunconventionalreservoir
•Understandinghowtointegrategeomechanicaldataintodecidingtheoptimalwellspacingforunconventionalwells
•Determininghowtooptimizeproductionforecastingmodelstoidentifytheoptimalnumberofwellspersectioninunconventionalreservoirs
•Evaluatingreservoirmodelstounderstandwhatistheoptimalfracgeometryfordownspacingwellsinunconventionalreservoirs
Nabila Lazreg-Larsen, Stimulation Specialist, BNK Petroleum
9.10 Question & Answer Session
RESERVOIR MODELING AND WELL SPACING PANEL
9.20 Understanding How To Use A Reservoir Model To Accurately Determine The Optimal Well Spacing For Unconventional Oil & Gas Development
•Explainingwhichanalysismodelsreservoirengineersworkinginunconventionalplaysareusingtoarriveattheoptimalwellspacing
•CorrelatingdifferentwelldensitieswithinitialproductionratesandpredictedEURtoinferoptimalwellspacinginunconventionalreservoirs
•Determininghowtoverifythewellinterferencepredictionsthatreservoirmodelsprovidesothattheycanbeappliedinthefieldwithconfidence
•UnderstandinghowtoapplyDeclineCurveAnalysisdatatooptimizewellspacingstrategiesforunconventionaloil&gas
•UsingRateTransientAnalysistoanalyzevariationsinflowregimeinareservoirtooptimizethewellspacingstrategy
Nabila Lazreg-Larsen, Stimulation Specialist, BNK Petroleum
9.50 Question & Answer Session
10.00 Morning Refreshments In Exhibition Showcase Area
COMPLETIONS OPTIMIZATION FROM THE RESERVOIR ENGINEER’S PERSPECTIVE
UTILIZING RESERVOIR MODELING, PRODUCTION FORECASTS AND EARLY PRODUCTION DATA TO STRATEGIZE OPTIMAL COMPLETIONS DESIGN AND BEST PRACTICES IN UNCONVENTIONAL RESERVOIRS
COMPLETIONS OPTIMIZATION FROM A RESERVOIR ENGINEERING STANDPOINT
10.30 Using Reservoir Models To Evaluate The Impact Of Completions Design In Unconventional Development
•Comparinganalyticalmodelresultsandproductionforecastswithproductionratesfrompilotwellstoadjustcompletionsvariablesaccordingly
•Analyzingtoe-up,toe-downandundulatingwellboregeometriestodetermineitsimpactonlineartransientproductivityindex
•Evaluatingdifferentfracturespacinginadiagnosticplotlogtoassesstransitiontointernaldepletionflows
•Examiningdifferentproppant/liquidratiostodeterminevariationsinfracturepenetrationandfractureareaUsingresultsfromanalyticalmodelsandearlyproductiontoidentifyoptimalwellspacing
•Comparingexamplesfrombrittlezonesvs.ductilezonestoassessbestpracticesinwellplacement
•Assessinganalyticalmodelsresultsandearlyproductionratestocomparehighervs.lowerfracturepumprate
•Correlatinghighervs.lowertotalclusterswithresultsfromanalyticalmodelsandproductionratestoidentifyoptimaltotalclustersheight
Rex Yalavarthi, Reservoir Engineer, Unit Corporation
11.00 Question & Answer Session
RESERVOIR & FRACTURE STIMULATION
11.10 Applying Reservoir, Fracture And Economic Models To Optimize The Selection Of Completions Strategies For Unconventional Reservoirs
•CombiningUnifiedFractureDesign(UFD),PKNandPseudo3Dmodelstogeneratemoreaccuratefracturepropagationmodelsforunconventionalreservoirs
•Validatinganalyticalproductionestimationmodelsthataccuratelycapturetransientflowregimeandpostfracture-interferenceflowinamultiplefracturedhorizontalwellsystem
•Proposingnestedoptimization,wheretheouteroptimizationshellinvolvesdecisionsonthenumberofwells,numberoffracturesperwell,andamountofproppant,whiletheinneroptimizationmaximizestheproductivityindexbyselectingoptimalfracturedimensions
•SystematicintegrationoftheFractureDesignModule,aProductionEstimationModule,andanEconomicsModuletoproduceefficientandautomatedmethodology
Srimoyee Bhattacharya, Reservoir Engineer, Shell
11.40 Question And Answer Session
11.50 Lunch At The Exhibition Showcase Area
ECONOMIC ANALYSIS OF UNCONVENTIONAL RESERVOIRS
EXPLAINING HOW RESERVOIR ENGINEERS CAN TAKE THE LEAD TYING TOGETHER RESERVOIR MODELS, PRODUCTION FORECASTS & WELL SPACING & COMPLETIONS DESIGNS TO
ENSURE THE RIGHT ECONOMIC DECISIONS ARE MADE IN UNCONVENTIONAL RESERVOIRS
ECONOMIC ANALYSIS PANEL
12.50 Evaluating the Role That Reservoir Engineers Can Play In Collaborating With Other Disciplines To Ensure Unconventional Reservoirs Remain Economical At Lower Prices
•Integratingproductionschedulesintoacomprehensiveeconomicanalysistomakeinformeddecisionsabouthowtodrillyourwells
•Usingreservoirmodelstoavoidmakingoperationaldecisionsthatprovetobeuneconomical
•Understandinghowreservoirengineerscancollaboratewithdrillingandcompletionsengineerstoarriveattherighteconomicdecisionsforunconventionalwells
•Determininghowtobuildreservoirmodels,wellspacingandcompletionsdecisionsintoaccurateestimatesofthevalueofyourassets
Herman Hellman, Regional Reserves Authority, BP
David Peña, Subsurface Manager, Petralis Energy Resources
1.30 Question & Answer Session
PROVIDING RESERVOIR ENGINEERING PERSPECTIVES ON OPTIMIZING LATERAL LANDING ZONES & LATERAL LENGTHS TO
MAXIMIZE WELL PERFORMANCE
ANALYZING RESERVOIR MODELS & PRODUCTION DATA TO DETERMINE THE MOST PRODUCTIVE LATERAL LANDING ZONES &
THE MOST ECONOMIC LATERAL LENGTHS
RESERVOIR MANAGEMENT, OPERATIONAL TIMING & DEVELOPMENT PLANNING
1.40 Matching Operational Timing, Development Planning & Reservoir Management To Well Spacing And Completions Decisions To Optimize The Productivity Of Unconventional Wells
•Adjustingoperationaltimingaccordingtowellspacinginhorizontalwellstooptimizedevelopmentplanninginunconventionalreservoirs
•Correlatingreservoirmodelswithwelltestingresultsandearlyproductiondatatoreevaluatecompletionsdesignandoptimizedevelopmentplanninginunconventionalreservoirs
•Designcompletionssizeaccordinglytowellspacingtooptimizeproductionschedulesanddevelopmentplanninginunconventionalreservoirs
•Analyzingstrategiesformanagingproductionandpressurestoavoidreservoirdamage
Ian McDonald, Internal Qualified Reserves Evaluator, Nexen Energy
2.10 Question & Answer Session
2.20 Afternoon Refreshments In Exhibition Showcase Area
LATERAL LANDING
2.50 Assessing Reservoir Modeling Data And Initial Production Rates To Evaluate The Impact Of Lateral Landing In Unconventional Oil & Gas Wells On Reservoir Drainage Areas
•AnalyzinganalyticalmodelsforanunconventionalreservoirtounderstandtheimpactlaterallocationhasinmaximizingdrainageareasandincreaseEUR
•CorrelatingIP90productionrateswithdifferentlaterallandingstrategiesinagivenunconventionalreservoirtoidentifytheoptimallaterallandingoption
•Evaluatinghowfracturelengthandfracturedirectionimpactwherelateralsshouldbelandedtomaximizedrainageinanunconventionalreservoir
•Examiningproductiontracersandmicroseismicdatatounderstandwhatistheoptimallocationtolandintoanunconventionalreservoir
3.20 Question & Answer Session
LATERAL LENGTH
3.30 Analyzing Reservoir Models, Production Forecasts And Initial Production Data To Provide Reservoir Engineering Perspectives On The Optimal Lateral Lengths For Unconventional Reservoirs
•CorrelatingdifferentlateralspacingoptionswithexpectedproductionratesandEURinanalyticalmodelstoidentifymostoptimallaterallengthinunconventionalreservoirs
•Comparingproductionratesforstandardlaterallengthvs.extendedlaterallengthtodeterminetheextenttowhichextendedlaterallengthmaximizesproduction
•Correlatinglaterallengthwiththeaerialextensionandthicknessofthepayzoneinanunconventionalreservoirtoascertainwhentoextendlaterallength
•Lateralorientation:evaluatingflowregimesandgeomechanicalreservoirdatatoquantifytheimportanceofdrillingperpendicularlytothemaximumhorizontalstress
4.00 Question & Answer Session
4.0 Chair’s Closing Remarks
Day 2Thursday March 26, 2015
Day 2 Thursday March 26, 2015
USING RESERVOIR MODELS TO DETERMINE THE OPTIMAL WELL SPACING FOR UNCONVENTIONAL WELLS & PROVIDING RESERVOIR ENGINEERING PERSPECTIVES ON COMPLETIONS OPTIMIZATION
www.unconventional-reservoir-engineering.com (1) 800 721 3915 [email protected]
Day 1 (continued...)
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