低频人工地震波复合泡沫驱技术是一种新型物理-化学强化调驱技术，借助地震波对泡沫动态演化形成物理干预，提高泡沫在油藏深部的稳定性，降低壁面对药剂的吸附损耗，有望突破当前泡沫驱所面临的关键瓶颈。该技术已在延长油田进行了成功矿场先导试验，但低频地震波与泡沫驱的协同增效机制尚不明确，成为制约该复合技术深化应用的核心。基于此，本课题首先开展低频地震波激励下泡沫性能的微观表征实验，进而采用润滑理论，构建低频地震波干预下泡沫液膜排液动力学模型，揭示波动复合泡沫动态稳定性协同力学作用机制；在此基础上，开展波动复合泡沫玻璃刻蚀微观、岩心流动宏观实验，阐明低频地震波激励下泡沫在储层多孔介质中的生成、运移、分布等动态耦合渗流规律，明确该复合技术的强化增效特征。研究成果将为低频人工地震波复合泡沫调驱工艺优化决策提供重要理论依据。

The combination of low frequency artificial seismic wave and foam flooding is a brand new type of physics-chemical enhanced flooding technology. The composite technology utilize the seismic wave to form physical intervention on the dynamic evolution of the foam in order to improve the stability of the foam in the deep part of the reservoir and reduce the adsorption loss of the agent in the formation. It is expected to break through the key bottleneck faced by the current foam flooding. The composite technology has been successfully applied in Yanchang Oilfield. However, the further application of the composite technology is limited due to the absence of the mechanism study. On account of this reason, exploring the synergetic mechanism is at all imminent. Key to this development is the finding that the stability synergetic mechanical mechanism of low-frequency artificial seismic wave composite foam flooding. The microscopic characterization experiments of foam dynamic performance and the foam drainage dynamics model under the intervention of low frequency wave will be studied for this purposes. To gain more insight, foam flooding experiments under low-frequency vibration waves by the glass etching model and the core separately will be conduct. Accordingly, the dynamic coupling seepage law of the foam formation, migration and distribution in porous media under low frequency seismic waves will be explained and the enhancement and synergistic characteristics of the composite technology will be clearly clarified. These developments would provide an significantly theoretical basis for the optimization decision of the low-frequency vibration wave composite foam flooding technology.