岩性油气藏
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摘要:
对油气运移过程中的毛管压力作用机理深入研究后认为,毛管压力不是油气初次运移的动力,也不是二次运移的动力,在油气运移过程中基本上不起作用,而仅仅在初次运移向二次运移转换时起到一定的助推作用;毛管压力不是油气初次运移的阻力,也不是二次运移的阻力,而是在二次运 移向三次运移转换时起到一定的阻力(封堵)作用,该封堵作用对油气成藏意义重大。
关键词: 三维地震勘探;三维数据处理;折射静校正, 面元均化, 噪声衰减;黄土塬
Abstract:
A study was conducted on the drive mechanism of capillary pressure in oil and gas migration. The result shows that capillary pressure is neither the driving force of the primarymigration of oil and gas, nor the driving force of secondary migration of oil and gas. Capillary pressure plays little role in oil and gas migration, it only put a certain assistance to the migration at the transfer stage of primarymigration to secondarymigration. Capillary pressure is not the resistance of primarymigration and secondarymigration of oil and gas. However, capillary pressure takes a little part of sealing at the transfer stage of secondary migration to tertiary migration, which is very important to the forming of reservoirs.
Key words: 3D seismic survey , 3D seismic data processing , refraction static correction , bin equalization ;noise at tenuation , loess tableland
李传亮. 毛管压力是油气运移的动力吗?——与李明诚教授商榷[J]. 岩性油气藏, 2008, 20(3): 1720.
LI Chuan-liang. [J]. LITHOLOGIC RESERVOIRS, 2008, 20(3): 1720.
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http://www.yxyqc.net/CN/Y2008/V20/I3/17
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