石化技术
石化技術
석화기술
Petrochemical Industry Technology
2015年
9期
180
,共1页
王雷%陈述%张映辉%于琛%潘炳龙
王雷%陳述%張映輝%于琛%潘炳龍
왕뢰%진술%장영휘%우침%반병룡
伊拉克%多层系%井眼轨道%优化
伊拉剋%多層繫%井眼軌道%優化
이랍극%다층계%정안궤도%우화
Iraq%multi-layer system%well trajectory%optimization
针对伊拉克AHDEB油田开发层系多、水平目标与点状地质目标重叠同步开发现状,开展了水平井与定向井的井身剖面、井眼曲率优选,并开展了丛式井组平台优化组合;通过技术应用,多层系开发实施效果显著.
針對伊拉剋AHDEB油田開髮層繫多、水平目標與點狀地質目標重疊同步開髮現狀,開展瞭水平井與定嚮井的井身剖麵、井眼麯率優選,併開展瞭叢式井組平檯優化組閤;通過技術應用,多層繫開髮實施效果顯著.
침대이랍극AHDEB유전개발층계다、수평목표여점상지질목표중첩동보개발현상,개전료수평정여정향정적정신부면、정안곡솔우선,병개전료총식정조평태우화조합;통과기술응용,다층계개발실시효과현저.
The wellbore profile and borehole curvature are selected in AHDEB oilfield with respect of horizontal and directional wells in terms of the development of the oilfield and overlap of horizontal and point geological target to avoid the messy well trajectory by scattered designs.Multi-well Cluster is optimized as well.The application of these technologies have obtained excellent results in the oilfield.
