ISSN 1673-8217 CN 41-1388/TE
主管:中国石油化工集团有限公司 主办:中国石油化工股份有限公司河南油田分公司
任茂, 欧彪, 廖忠会, 游利君, 兰林, 刘国发. 2013: 川西低渗砂岩储层损害评价技术研究. 石油地质与工程, 27(02): 115-117+142.
引用本文: 任茂, 欧彪, 廖忠会, 游利君, 兰林, 刘国发. 2013: 川西低渗砂岩储层损害评价技术研究. 石油地质与工程, 27(02): 115-117+142.
2013: Research on low-permeability sandstone reservoir damage evaluation technology in western Sichuan. Petroleum Geology and Engineering, 27(02): 115-117+142.
Citation: 2013: Research on low-permeability sandstone reservoir damage evaluation technology in western Sichuan. Petroleum Geology and Engineering, 27(02): 115-117+142.

川西低渗砂岩储层损害评价技术研究

Research on low-permeability sandstone reservoir damage evaluation technology in western Sichuan

  • 摘要: 川西低渗透油气藏资源量丰富,但基块致密、裂缝不同程度发育,储层极易受到损害,用常规方法无法对储层损害做出准确评价,需要探索新的低渗砂岩储层损害评价技术。介绍了压力衰减法、弱化时间效应裂缝性储层损害评价方法、应力敏感性系数评价法、相圈闭损害系数法等评价方法特点,这些评价方法克服了常规方法耗时、对实验设备要求高、误差大等不足,为对储层损害进行高效、准确评价提供了有效的技术支持。

     

    Abstract: Low permeability oil and gas resources in western Sichuan are abundant, however, due to tight base blocks and differently developed fractures, the reservoirs are apt to be damaged. By the use of the conventional method, the correct reservoir damage evaluation can not be made, and new reservoir damage evaluation technology of low permeability sandstone needs to be explored. Therefore, the pressure attenuation method, weakening the time effect of fractured reservoir damage evaluation method, stress sensitivity coefficient evaluation method, phase trapping damage coefficient method and evaluation method of characteristics have been introduced in this paper. The establishment of a series of evaluation methods overcome the time consuming of conventional method for the measurement in low permeability reservoir and high requirements on experimental apparatus, which can provides effective and accurate technical support for reservoir damage evaluation.

     

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