在我国油田行业的迅速发展背景下,我国针对油田开发技术作出了进一步优化及创新,尤其是脉冲氧活化测井技术在油田开发中得到了广泛应用,期望以此提高油田开发的工作质量。而在传统的油田注聚开发过程中,传统的注入刨面测井技术已经无法满足于油田注聚开发的现状需求,导致油田注聚开发过程中常常受到多方面的影响,严重影响到油田开发效率。而脉冲氧化或测井技术在实施过程中不会影响到聚合物水溶液的分子链,能够有效降低环境污染、注入刨面污染以及大孔道测量不准等风险,从而有效提高油田开发的工作质量。 Under the background of the rapid development of oilfield industry in our country, China has further optimized and innovated the technologies for oilfield development. In particular, the pulse oxygen activation logging technology has been widely applied in the development of oilfields, hoping to improve the quality of oilfield development. In the traditional oilfield injection process, the traditional injection plane logging technology has been unable to meet the needs of the current situation of injection field development, resulting in the oilfield development process is often affected by many, seriously affecting the oilfield development effectiveness. The pulse oxidation or logging technology in the implementation process will not affect the molecular chain of the polymer aqueous solution, can effectively reduce the environmental pollution, planing pollution and injection of macroporous channels are not allowed to measure the risk of inaccurate, so as to effectively improve the quality of oilfield development.