OALib Journal期刊
ISSN: 2333-9721
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一种基于核磁共振测井计算低孔低渗气层孔隙度的新方法
Keywords: 低孔低渗气藏,声波时差,核磁共振测井,含气校正,体积物理模型
Abstract:
?川中地区须家河组发育大量的低孔低渗气藏,岩心分析结果表明,储层孔隙度为4%~8%,渗透率为0.1~1md。对于这类低孔低渗气层,准确地计算储层孔隙度显得尤为重要。考虑到储层含气的影响,利用单一测井资料难以准确地计算储层孔隙度,本文从核磁共振测井基本原理和基于声波时差测井的岩石体积物理模型分析出发,提出了一种新的结合声波时差—核磁共振测井资料计算低孔低渗气层真实孔隙度的方法。实际资料应用表明,利用该方法计算的孔隙度与岩心分析结果吻合较好,计算结果可以真实地反映实际地层孔隙度。
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[6] | 石油测井情报协作组编.测井新技术应用.北京:石油工业出版社,1998,122-150
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[7] | coatcsur,xiaoi.g,primmermu.nmri_og-grogprimiplesandapplications.houston;uulfpublishingcompany,2000,12-78
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[13] | abushanabmm,hamadagm,orubymfandabdclwallyaa,improvedporosityestimationintightgasreservoirsfromnmranddensitylogs.emiratesjournalforengineeringresear,200,10(2):9-13
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[14] | 肖亮译.利用nmr和密度测井改进致密气层孔隙度评价.测井与射孔,2007,10(2);8-10
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[15] | hamadagm,abushanabma.bcttcrporositycsti-mateofgassandstonereservoirsusingdensityandnmrloggingdata.emiratesjournalforengineer-irigresearch,2008,13(3):47-54
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