horizontal completions optimization western canada 2014

Comparison And Formation Specific Results-Driven Forum For Completions And Reservoir Professionals Actively Optimizing The Economics Of Horizontal Completions In The Duvernay, Montney, Cardium, Horn River, And Swan Hills

Maximizing Well Economics ByCorrelating Completions VariablesTo Reservoir Characteristics ToProduction Performance:Optimizing Frac Modeling, Fluid And System Selection ToReduce The Cost Of Horizontal Completions In Liquids Rich Carbonate, Shale, Waterflooded, And Layered Plays

Case Studies Tackling The Following Key Topics:

June 24-25 | Calgary | Canada

Glenna Jones EVP Engineering & Exploration Blaze Energy

Over 20 Leading WCSB Speakers Including:

M Follow Us: @UnconventOilGas

www.horizontal-completions-canada-2014.com

Register By FridayMay 16, 2014

SAVE $200

• COMPLETIONS DESIGN - LAYERED SHALE RESERVOIRS: Evaluating effective completion designs to contend with formation thickness, layering and complex stress changes in shale and tight oil reservoirs

• FRAC SYSTEMS FOR SHALE RESERVOIRS: Evaluating comparative results of open hole, cased hole, plug and perf, ball drop, and sliding sleeve frac systems to determine the optimal system for HPHT wells

• CARBONATE RESERVOIR COMPLETIONS: Comparing fluid selection and frac systems to optimize fracture propagation in carbonate plays

• FRAC MODELING AND STRESS REGIMES: Strategies for interpreting reservoir data and microseismic to understand stress regimes, improve the accuracy of frac modeling and create complex fracture networks

• PUMP RATE, SAND SELECTION AND FLOWBACK: Optimizing pump rate, sand and proppant selection to avoid sand off and maximize effective frac placement and strategies for optimizing flowback

• CLUSTER SPACING, FRAC DENSITY, WELL SPACING AND DESIGN: Selecting the optimal cluster spacing, well placement and design to maximize reserve recovery without over-stimulation and unnecessary expenditure

• DUVERNAY ECONOMICS: Understanding stratigraphy of the Duvernay shale and how its character changes across the fairway to identify sweet spots and optimize the economics of the play

Paul MacKay President Shale Petroleum

Organized By:

Shaoyong Yu Sr. Reservoir Engineer ConocoPhillips

Don Keith Supervisor Geoscience, Cardium Lightstream Resources

Jesse Williams-Kovacs New Ventures Engineer TAQA North

Bill Goodway Manager, Sr. Staff Geophysics Advisor Apache

Doug Bearinger Geology Advisor, Shale Gas Nexen Energy

Brad Wilson Drilling & Completions Manager Murphy Oil

Identifying which completions work in which reservoirs and importantly, which do not, is the key to Canadian horizontal well economics in 2014; and understanding how the optimal frac density, cluster spacing, fluid systems, proppant volumes and pump rates change with lithology is of course the most powerful cost-reduction insight an operator can attain.

But as new wells are drilled in new fields and indeed new formations such as the the, Swan Hills, Slave Point and Viking the lack of data is impending the rate at which operators can tailor their completions design to optimize recovery at the lowest costs on new wells.

The purpose of the first Horizontal Completions Optimization, Western Canada 2014 Congress, taking place in Calgary on June 24-25, is to collate correlated data on reservoir characteristics and completions design with production performance to determine optimal completions strategies for new wells and reduce the cost of horizontal completions in liquid rich carbonate, shale, waterflooded and layered plays.

NEW TECHNOLOGIES - NEW DATA - NEW PLAYS

Rapid technological advancements in completions systems, fluid types and proppants

can allow operators to achieve greater depths and fracture layered formations with less

expenditure on operation time and equipment costs, but only through effective tool

deployment and combined knowledge of the reservoir.

Improved diagnostics and core analysis techniques in the past two years have enabled

operators to gain a heightened understanding of formation characteristics, lithology,

rock composition and stress regimes across reservoirs. However, the challenge

remains to isolate and compare completions variables and reservoir characteristics

with production results to pinpoint the factors that will improve fracturing operations,

achieve more accurate frac modeling and increase stimulated reservoir volumes.

The Horizontal Completions Optimization Western Canada 2014 Congress

will combine the foremost technological developments in completions design with

comprehensive evaluation of formation specific challenges impacting fracture

execution across the WCSB’s most lucrative plays, through comparison based

technical talks and play specific case studies.

The operator led sessions will evaluate completions design and fracture stimulation

in the Montney, Cardium, Duvernay, Viking, Swan Hills and Bakken by comparing

variables including system selection, frac fluids, proppant types, well spacing

and design to determine the optimal completions design to combat formation

characteristics including layered shale reservoirs, sandstone, carbonates,

limestone, HPHT and formation heterogeneity throughout the WCSB.

“Completions Have Eclipsed Everything Else From Both A Dollars And Complexity Perspective Over The Last Few Years.”

WHAT IS UNIQUE ABOUT THIS CONGRESS?

• DATA DRIVEN SOLUTIONS: Correlated data between reservoir, completions types and production performance is key in optimizing well economics, therefore a full 2 days have been entirely dedicated to data driven solutions for the optimization of horizontal completions operations

• EMPHASIS ON COST REDUCTION: As completions cost represent the highest expenditure in any well, the agenda has been designed to provide comparisons of production results, completion types used and overall costs to allow operators to gain practical solutions for improving long-term recovery and reducing overall completions costs

• FORMATION SPECIFIC CASE STUDIES: Completions designs and executions need tailored to the formation specifications they are operating in therefore separate E&P led case studies will examine results from sandstone, limestone, carbonate, shale, tight and multi-layered formation completions in the most lucrative WCSB plays to demonstrate the most current and successful completions operations for various rock types

• DUVERNAY FOCUS: With the Duvernay rapidly becoming potentially one of Canada’s most lucrative unconventional oil and gas prospects, a section has been dedicated specifically to the play. Case studies from leading Duvernay operators will provide results and learning’s on how to economically complete wells with high deliverability in the deep, tight Duvernay reservoir

• RESERVOIR INTERPRETATION: Day 2 provides results-based studies for improving fracture stimulation through the analysis of stress regimes, rock type and micoseismic data analysis to improve frac modeling and maximize stimulated reservoir volume across every play

www.horizontal-completions-canada-2014.com (1) 800 721 3915 [email protected]

Register By FridayMay 16, 2014

SAVE $200

FORMATION SPECIFIC COMPLETIONS DESIGN AND FRAC SYSTEM COMPARISONSDay 1Tuesday June 24, 2014

Day One will examine case studies on how operators have tailored completions design to formation specificities to optimize costs and maximize production and operators will compare completions systems and fluid types to showcase advancements in matching fluids and frac systems with the reservoir

8.30 Chair’s Opening Remarks

KEYNOTE PANEL: FORMATION SPECIFIC COMPLETIONS

8.40 Studying Formation Lithology Across The WCSB And Evaluating Completions Results To Optimize Field Selection And Frac Execution

•Comparingcompletionsresultsandanalyzingoperationalchallengesbeingseenthroughoutformationtypestoevaluatethefeasibilityofnewinvestment

•DeterminingtrendsinrocktypesacrossprolificWCSBformationstolocateoptimaleconomiczonesforinvestment

•Establishingwhichformationsandzonesarepronetonaturalfracturestonavigateoptimalfracplacementwithinaformation

•Evaluatingoiltypesandcurrentmarketvaluetooptimizeselectionofreservesforlong-termsustainabilityatmarket

Barry Stobo, VP Engineering & COO, Yoho Resources

9.10 Question & Answer Session

FORMATION SPECIFIC COMPLETIONS DESIGNExamining Geological Analysis And Reservoir

Characteristics Of Layered Formations, Tight Oil And Carbonate Reservoirs And Identifying Optimal

Completions Design For Specific Reservoir Conditions

DUVERNAY ECONOMICS

9.20 Understanding The Internal Stratigraphy Of The Duvernay Shale And How Its Character Changes Across The Fairway To Identify Sweet Spots And Optimize The Economics Of The Play

•Locatingcarbonatelayering,claycontent,ductilityandthicknessthroughouttheregiontoidentifyareasofriskandopportunityforunconventionaldevelopmentintheplay

•Showinghowthisgeologicalevaluationhasaidedsweetspotidentificationintheduvernaytooptimizewellplacementandrecoverypotential

•AnalyzingtheKaybobreefcomplexestounderstandthedistributionofliquidyieldsacrosstheDuvernaytoaidinmappingandpredictionsforwellplacement

•ExaminingthestoragecapacityoftherockforfracfluidsandreservesacrosstheDuvernaytooptimizefracplacementandmodeling

•Utiliyzingbasinanalysis,tightrockanalysis,FIB-SEMimaging,advancedfluidanalysis,pressuredcoring,andloganalysistoimproveSRVinthegradedfairwayoftheDuvernay

Glenn Karlen, Geological Advisor - Duvernay Development, EncanaMatthew Davis, Geological Advisor, Encana


10.00 Morning Refreshments In Exhibition Showcase Area

SECOND WHITE SPECKS CASE STUDY

10.30 Understanding The Fracture Systems In The Second White Specks Formation To Determine Impact On Well Stimulation Design

•UnderstandinghowfluidsmovethroughtheSecondWhiteSpeckstomapmigrationfairwaysanddefinesweetspots

•DiscussingthefracturedistributionoftheSecondWhiteSpecstoreducedrillingriskandenhanceproduction

•Evaluatinghowoptimumfracintervalsmaydifferbetweennaturalfracturesandinducedfractures

•Quantifyingthelevelofrecoverythatcanbeattainedasaresultofthegeologyandcompletionappliedintheplay

Paul MacKay, President, Shale Petroleum


COMPLETION DESIGN - CARBONATE RESERVOIRS

11.10 Comparing Results Of Acid Fracturing, Crosslink And Nitrogen Fluid Systems And Varying Frac Systems Deployed In Carbonate Reservoirs To Determine The Most Economic Completions Design

•Studyingcharacteristicsofreefsandformationshelvesincarbonatereservoirstodetermineoptimalcompletionsdesigntofracspecificconditionsandfacilitateproduction

•Examiningcumulativeproduction,declinecurves,andfracdesignemployedincarbonatereservoirsthathavebeensandfraccedvs.acidfraccedtoevaluatemostcosteffectivedesign

•CalculatingtherequiredpercentageofHCLforacidfracturingandfracspacingtoadequatelybreakrockwithoutovertreatingContrastingcompletionsresultsandcostsofballdrop,portedcollar,andbraisedjetcutcompletionstodetermineoptimalfracsystemforcarbonateplays

•Evaluatingchemicalrequirements,fracspacingandmodellingtoeffectivelydeploysandfracsincarbonatereservoirstopreventemulsionandreducecostofcompletions

•Lookingatseismicreadingstodetermineifacidfracturingifmoreeffectiveatcreatingmatrixfracturesincarbonatereservoirs

Kyle Baumgardner, VP Production & Operations, Arcan Resources


11.50 Networking Lunch In Exhibition Showcase Area

FRAC FLUID SELECTIONComparing The Selection Of Slickwater Vs. Crosslink Fluids, Evaluating Frac Fluid Compatibility And The Success Of Hybrid And Reverse Hybrid Designs

To Effectively Place Sand And Overcome Formation Challenges

SLICKWATER VS. CROSSLINK FLUIDS12.50 Analyzing Reservoir Characteristics, Fluid Rheology And Compounds To Determine Required Fluids To Optimize Fracture Execution At Low Cost

•Comparingcostandlong-termproductionresultsofwellscompletedwithslickwatervs.crosslinkundersimilarwellconditionstodeterminemostcost-effectiveandsuccessfulfluidselectionforfracpropagation

•Exploringinnovationsincleanercrosslinkfluidswhicheliminateresidueinthewellboretoreduceriskofcostlyblockages

•Determiningreducedcostvs.riskofwellboredamagefromuseofslickwatertoestablishifpotentialformationdamageoutweighscostsaving

•Matchingfluidandsurfactantblendtorockandoiltypetooptimizeflowbackandcleanupoperations

•Examiningflowbackforscale,ironandsolidproductiontodeterminefluidsystemseffectonporethroatandpermeabilitytobettermatchformationandfluidtypeinfuturecompletions

•Evaluatingtheeffectivenessofcrosslinkedfluidstopropagatenewfracturesinhighnaturallyfracturedzones

Don Keith, Supervisor Geoscience, Cardium, Lightstream Resources

Keri Yule, Completions Consultant, Lightstream Resources


FRAC SYSTEM SELECTIONComparing Open Hole Vs. Cased Hole Liner Systems And

Plug And Perf, Ball Drop, Cemented Sleeve And Coiled Tubing Frac Systems To Determine Optimal Selection For

Specific Well Conditions

OPEN HOLE VS. CASED HOLE PANEL

1.30 Evaluating Long-Term Production Results And The Overall Cost Of Open Hole Vs. Cased Hole Liner Systems To Determine Most Cost-Effective Selection

•Comparingsandflowbackandproductionresultsovertimebetweenopenholevs.casedholewellsinsimilarformationconditionstodetermineimpactonlong-termproduction

•Analyzingmaximumtemperature,depth,pressureandmaximumpumpingratesthatcanbeachievedwithopenholecompletionsdesignstoevaluatefeasibilityofuseintight,deepformations

•Decipheringthelaterallengthsachievablewithopenholevs.casedholetodetermineoptimalsystemforwellspecifications

•Scrutinizingformationcommunicationinopenholevs.casedholecompletionstodeterminetheoptimalmethodtoenhanceflowwithoutcausingreservoirdamage

Mike Carlson, Completion Team Lead, 7 Generation Energy


PLUG & PERF VS. SLIDING SLEEVE - HIGH RATE RESERVOIRS

2.10 Evaluating Results From The Use Of Shadow In Plugs And Dissolvable Sleeve Technology To Identify The Most Effective And Cost Saving System Innovations

•Reviewingtheimplementationofshadowplugsinplugandperftoeliminatemillingandenablefulli.d.casingsizing

•Comparingthereliability,temperature,pressuresrangesandi.d.restrictionsofcementedsleevesystemstotailorzonelengthandperfonthefly

•Calculatingwelldepthandrequiredpumpingratestodetermineoptimalfracsystemtomanageformationrequirements

•Discussingtheimplementationofslickwirecoatedelectriccableandinnovationsinplugdesigntoevaluatecostandtimesavingsinplugandperfoperations


2.50 Afternoon Refreshments In Exhibition Showcase Area

BALL DROP - HPHT RESERVOIRS

3.20 Correlating Frac Results, Cost, And Reliability Of Dissolvable Ball Drop, Limited Entry And Single-Sized Ball Drop Systems To Determine Commercial Viability For Use In Deep, High Temperature Wells

•Examiningthecost,timeandresultsofdissolvabledropballfacsystemstoeffectivelycreatehighflowi.d.andeliminatetimeandcostofmilling

•Determiningifsingle-sizedballdropsystemseffectivelyminimizesand-offandenablefulli.dtooutperformtraditionalgraduatedballsystems

•Scrutinizingtheuseoflimitedentryballdropsystemsincasedholecompletionstostimulatemultiple,targetedfracs

•Evaluatinginnovationsinweightandpressureratingofballdropsystemstodeterminetheirabilitytohandlehighpumpingratesforhardrockreservoirs

•Studyingfailureratesinballdropsystemstoanalyseriskandreliabilityoffracsystemtoaccesszones

•Averagingthenumberofrunstakentocompletestandardballdropfracsandthecostofdowntimeifmillingisrequiredtoevaluateriskandtotalcost



Day 1Tuesday June 24, 2014

CONTINUED...

CLUSTER SPACING AND FRAC PERFORMANCEHow Operators Are Selecting The Optimal Cluster

Spacing And Maximizing Frac Performance To Improve Reserve Recovery Without Over-Stimulation And

Unnecessary Expenditure

UNDERSTANDING FRAC PERFORMANCE

4.00 Reviewing Frac Data, Flowback and Production Results To Accurately Understand Frac Performance

•Analyzinghigh-frequencyflowbackratesandpressurestoestimatekeyfracpropertiesimmediatelyfollowingstimulation

•Examiningthevalueofcollectingstage-by-stageflowbackdatatoimprovequantitativeanalysisandcorrelatingcompletiontechniquestoindividualstageperformancetooptimizefuturecompletiondesigns

•Evaluatingmethodsforanalyzinglargedatasetstogeneratereliableandverifiedconclusionstoadviseoncompletionsdesign

•Comparingfracturepropertiesestimatedfromdifferentdatasourcestoimproveunderstandingofcomplexreservoirsandeffectivecompletiontechnique

Jesse Williams-Kovacs, New Ventures Engineer, TAQA North4.30 Question & Answer Ssssion

CLUSTER SPACING

4.40 Promoting Simultaneous Hydraulic Fracture Growth From Multiple Perforation Clusters To Maximize Stimulated Reservoir Volume (SRV) And Aid In Selection Of Cluster Spacing

•ExplainingtheuseofaparallelPlanar3Dsimulatortomodelsimultaneousgrowthoflessconstrainedouterfracturesandreducetheoccurrenceofstressshadowing

•EvaluatinghowthismodelcanalleviatethelocalizationeffectofstressshadowingthroughthestrategicplacementofinterferencefracturestoincreasetheSRV

•ShowingtheresultsofthemodelingtodemonstrateincreasedSRVofupto46%inafiveclusterarrayand74%inasixclusterarray

Anthony Peirce, Professor, University Of British Columbia


5.20 Chair’s Closing Remarks

5.30 - 6.30 Networking Drinks Reception In Exhibition Showcase Area

Day Two will examine Duvernay completions economics,

sand and proppant selection, frac spacing, well placement

and design and hear how to incorporate reservoir

characteristics, and microseismic data to optimize long-

term well economics

8.30 Chair’s Opening Remarks

KEYNOTE: DUVERNAY ECONOMICS

8.40 How A Small Independent Has Assessed Risk

And Investment In The Duvernay And Strategically

Developed Assets To Build Capital For Expenditure

On Well Completions

•Examiningthecapitalexpenditurethathasbeenevaluated

forcompletionsdesignandexecutioninaDuvernaywellto

determinethefeasibilityofinvestment

•Determiningtheselectioncriteriaforexpenditureonfluid,

sand,andcompletionssystemselectiontoensurean

economicwellwithoutoverspending

•Detailingtheriseincompletionsexpenditureacrossprolific

WCSBplaysandcomparingnumberofwellscompletedto

companyprofiletounderstandthemarketbreakdownand

identifychallengesforsmallercompanies

•Howasmallcompanyhaseffectivelydevelopedmidstream

assetstoaccommodatemarketfluctuationsandprovide

capitalforthecompletionofnewwells

Glenna Jones, EVP Engineering & Exploration, Blaze Energy


WELL SPACING AND DESIGN

How Operators Are Selecting The Optimal Well

Placement, Spacing And Design To Maximize

Reserve Recovery Without Over-Stimulation And

Unnecessary Expenditure

WELL SPACING AND DESIGN

9.20 Identifying How Reservoir Data And

Completions Results Can Inform Well Spacing And

Design To Maximize Field Potential And Recovery

•Studyingthereservoirstructureandpropensityofnatural

fracturesintheformationtoaccuratelyspacewellsfor

maximumeconomicreturn

•Hearinghowdrillingisreducingtortuosityandselecting

mudsystemsforthelifecycleofthewelltoimprove

wellboreconditionsforcompletions

•Understandingthewidestdiameterwellborethatdrillers

canaccomplishtofacilitatecompletionswhileremaining

costeffective

•Determiningrequiredflowrateandfluidvolumesto

adequatelyfracthereservoirtoselectcasingdiameterthat

canhandlerates

•Examiningsubsurfaceformationcommunicationand

fracturenetworktounderstandoptimalwellspacingand

avoidwellborecommunication

Vicky Wang, Reservoir Engineer, Penn West


10.00 Morning Refreshments In Exhibition Showcase Area

FRAC MODELING, MICROSEISMIC

AND STRESS REGIMES

Interpreting Well Results, Microseismic Data, Well Logs

And Rock Characteristics To Improve Frac Modeling,

Well Spacing And Placement And Long-Term

Well Productivity

MICROSEISMIC

10.30 Combining Microseismic And 4D Analysis To

Calibrate And Confirm Surface 3D Azmuthal AVO/

LMR Predictions Of Completions And Production

Performance

•High-gradinggasshalestooptimizecompletionsand

maximizestimulatedrockvolumes

•Usingseismicdatatoestimateandmaprockproperties,

in-situstress,naturalfracturesandreservoirgeometryto

increasehydraulicfractureeffectiveness

•Evaluatingthesuccessofisotropicpre-stackinversionor

quantitativeInterpretation(toestimatein-situstressand

fracturegrowth

•Estimatingthepresenceofnaturalfracturesthat

enhancein-situpermeabilitythroughazimuthalvariations

inamplitude

•Investigatingboreholemicrosismicwiththeuseof4D

seismicforSRVmapping

Bill Goodway, Advisor Geophysics, Apache


STRESS REGIMES

11.10 Evaluating Rock Characteristics To Determine

Brittleness Across Formations And Maximize

Successful Frac Placement

•ExaminingtheXRDandXRFtodeterminetheelemental

compositionoftheformationandwhichreveal

compositionalfactorsthatmayfacilitateorimpair

fracpropagation

•Understandingmethodologyforidentifyingtheappropriate

porositycutofffortightoilplaystoaccuratelycalculate

reservesinplace

•DetermininghowtomatchrockcompositiontoYoung’s

ModulusandPoisson’sratiotoaccuratelyunderstand

brittlenessofthevariouslithologicalunitsandfracabilityof

theformation

•Decipheringastrategyforidentifyingthestressregimes

androckpropertiesacrossaformationtorefine

completionsdesignandmaximizefracplacementin

differentzones

Jean-Yves Chatellier, Technical Lead, Talisman Energy


11.50 Lunch In Exhibition Showcase Area


DUVERNAY CASE STUDY, SAND, PROPPANT,FLOWBACK AND RESERVOIR ANALYSIS

Day 2Wednesday June 25, 2014

Strategic Insights And Interactive Discussion

Extended Networking Opportunities

Day 2Wednesday June 25, 2014


FORECASTING RESERVES

12.50 Using the Modified Stretched Exponential Production Decline (YM-SEPD) Method To Accurately Forecast Remaining Reserves For Tight Oil & Shale Gas Wells And Inform Calculations For Well Placement Of Future Completions

•Employinganewspecializedplottofindallrelatedparametersandyieldamuchmorereliableproductionandremainingreservepredictionfortighthorizontalwells

•Examininghowmoreaccurateproductionandreserveestimatescanaidinforecastingwellplacementandfracmodellingfornewcompletions

•Usinglongerproductionhistoriestoforecastremainingreservesmoreaccuratelyandwithhigherconfidencelevels

•CombiningthemodifiedYM-SEPDmethodwithDuong’sempiricalmethodtoYieldreasonableproductionforecastsforwellswithlessthantwoyearsproductionhistory

Shaoyong Yu, Sr. Reservoir Engineer, ConocoPhillips Canada


ACCURATE FRAC MODELING

1.30 Using Combined Simulations To Understand How Hydraulic Fractures Connect To The Natural Fracture System And Significantly Enhance Drainage Volume

•Integrating,interpretingandtestingallfracturerelatedinformationtoallowmoreguidedwelldevelopmentdecisionsandaddresscriticaldatagaps

•UsingtheDiscreteFracturenetwork(DFN)codetoconstructrealisticfracturemodelstomodeltheinteractionbetweenhydraulicfracsandthenaturalfracturesystem

•Overcomingthechallengeofpoordatawhendevelopingdetailedmodels

•Runningsimulationsonmoregenericmodels:varyingfracturelength,fractureapertureandintensitytodeterminetheirimpactonmicro-seismicpattern

•Usingstress-flowmodellingofhydraulicfracinteractionandpressureevolutiontocreateamoreeffectivestimulationandwelldevelopmentdesign

Doug Bearinger, Geological Advisor, Nexen


2.10 Afternoon Refreshments In Exhibition Showcase Area

PREVENTING SAND OFF AND FLOWBACK ANALYSISOptimizing Flowback Rate, Sand And Proppant Selection To Avoid Sand Off And Maximize Effective Frac Placement

Through Flowback Analysis

PANEL: PREVENTING SAND OFF

2.40 Evaluating Formation Type, Fluid Selection, Frac Density, Proppant And Production Results To Optimize Pump Rate And Avoid Sand Off

•Disseminatingfracdatatodeterminecalculationofrateperperfclusterandoptimalcasingandwellborediametertoenablesuccessfulsandplacement

•Examiningfracdatatoevaluatesuccessfulfracplacementvs.sandoffratiowithinsimilarcompletionsvariablestoselectoptimaldesign

•Determiningidealreservoircontactandpumpratetoensureshaledoesnotfallbacktopreventleakoffandscreenouts

•Hearinginnovationsinfluidandsurfactantstodeterminetheirabilitytocarryproppantatlowerratestoenablelowerpumprateforsandcontrol

•Comparingtheuseofresincoatedproppantandscreenstoeffectivelycontrolsandandpreventerosionwithoutrestrictingflow

•Analyzingtheeffectivenessofclosablesleevecompletionssystemstoblocksandcomingbackintothewellboreandpreventcostlycleanouts

Brad Wilson, Drilling & Completions Manager, Murphy Oil


FLOWBACK: IMMEDIATE GAS PRODUCTION

3.20 Analyzing Flowback Rate And Pressure Data To Identify Key Mechanisms Responsible For Early Gas Production In Multi-Fractured Wells

•Developingarepresentativemathematicalmodeltoprojecttheamountofgasthatisgoingtobeproduced

•Examiningtheeffectivenessofatwo-phaseflowbackmodeltomanageimmediategasproductioninmulit-fracturedwells

•Usinggas/waterpressureandratedatameasuredduringflowbackoperationstoestimatetheeffectivefracturevolumeandtheequivalentfracturehalf-length

•Understandinghowtheexpansionoffreegaswithinthefractureistheprimarydrivemechanismforproductionatthebeginningofflow-backoperation

Hassan Dehghanpour, Professor, University of Alberta


4.00 Chair’s Closing Remarks And End Of Congress

CONTINUED...

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Calgary, Alberta

Canada

T2G 0P3

Website: www.calgary-convention.com

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“A good opportunity to learn about the changes &

regulations on emerging oil plays.”

HUSKY ENERGY

“A lot of completion information on these specific reservoirs.”LIGHTSTREAM RESOURCES

“I enjoyed the technical presentations, candid questions and answer

sessions, and variety of topics.

Overall, very good congress”TALISMAN ENERGY

“Excellent networking opportunities. Collaboration

& sharing of latest technologies & knowledge

on tight oil plays.”PENNWEST EXPLORATION

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