Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf

Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf

ID:34140492

大小:4.20 MB

页数:29页

时间:2019-03-03

Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf_第1页
Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf_第2页
Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf_第3页
Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf_第4页
Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf_第5页
资源描述:

《Coupled Numerical Evaluations of the Geomechanical Interactions in a Shale Formation.pdf》由会员上传分享,免费在线阅读,更多相关内容在学术论文-天天文库

1、RockMechRockEng(2013)46:581–609DOI10.1007/s00603-013-0391-xORIGINALPAPERCoupledNumericalEvaluationsoftheGeomechanicalInteractionsBetweenaHydraulicFractureStimulationandaNaturalFractureSysteminShaleFormationsN.B.Nagel•M.A.Sanchez-Nagel•F.Zhang•X.Garcia•B.LeeReceived:10Febr

2、uary2013/Accepted:15February2013/Publishedonline:7March2013ÓSpringer-VerlagWien2013AbstractDuetothelowpermeabilityofmanyshaleKeywordsHydraulicfracturingNumericalsimulationreservoirs,multi-stagehydraulicfracturinginhorizontalNaturalfracturesStimulationStimulationoptimi

3、zationwellsisusedtoincreasetheproductive,stimulatedreser-WellcompletionDiscreteelementmodelingHorizontalvoirvolume.However,eachcreatedhydraulicfracturewellMulti-stagefracturingaltersthestressfieldaroundit,andsubsequentfracturesareaffectedbythestressfieldfrompreviousfrac

4、tures.Theresultsofanumericalevaluationoftheeffectofstressfield1Introductionchanges(stressshadowing),asafunctionofnaturalfrac-tureandgeomechanicalproperties,arepresented,includingBysomeestimates,thereare688shaleformationsin142adetailedevaluationofnaturalfractureshearfailure

5、(and,basinsworldwide(WEC2010).Withinthese,therearebyanalogy,thegeneratedmicroseismicity)duetoacreatedbelievedtobeasmuchas16,100tcfofshalegasresource,hydraulicfracture.Thenumericalsimulationswereper-ofwhich40%(6,400tcf)areconsideredtobeeconomi-formedusingcontinuumanddiscre

6、teelementmodelingcallyrecoverable(WEC2010).IntheUnitedStatesalone,approachesinbothmechanical-onlyandfullycoupled,theestimatedtechnicallyrecoverableshalegasresourcehydro-mechanicalmodes.Theresultsshowthecriticalhasbeenestimatedashighas827tcf(EIA2011),thoughimpactsthatthest

7、ressfieldchangesfromacreatedthe2012updatewasreviseddownto482tcfduetorevi-hydraulicfracturehaveontheshearofthenaturalfracturesionsintheshalegasresourceintheMarcellusshale(EIAsystem,whichin-turn,significantlyaffectsthesuccessof2012a).Shaleoilproductionisequallyimportant,ifnot

8、thehydraulicfracturestimulation.Furthermore,theresultsmoreso,and,intheUnitedStates,NorthDakotais

当前文档最多预览五页,下载文档查看全文

此文档下载收益归作者所有

当前文档最多预览五页,下载文档查看全文
温馨提示:
1. 部分包含数学公式或PPT动画的文件,查看预览时可能会显示错乱或异常,文件下载后无此问题,请放心下载。
2. 本文档由用户上传,版权归属用户,天天文库负责整理代发布。如果您对本文档版权有争议请及时联系客服。
3. 下载前请仔细阅读文档内容,确认文档内容符合您的需求后进行下载,若出现内容与标题不符可向本站投诉处理。
4. 下载文档时可能由于网络波动等原因无法下载或下载错误,付费完成后未能成功下载的用户请联系客服处理。