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随着油田分层注水技术水准的不断提高,对注水配套测试技术方面的要求也逐级增高,为油田的注水井,实现足够的注水量,同时控制好含水的上升,减缓产能不断的递减,提高水驱油藏的开发效益,在整体开发中发挥了重要的作用。随着油田注水井数的不断开发和增加,注采关系成为一个主要矛盾,注水方案调整越来越重要和频繁了,测试力量逐年增加,寻求提高测试效率研究引进测试新技术尤为重要。为了不断提高注水井测试方面的效率,传统的分层注水技术已经不能完全满足油田生产的要求。因此,我们在部署和层状水井测调联动技术方面研究了智能化技术的应用。
With the continuous improvement of oilfield stratified waterflooding technology, the requirements for waterflooding supporting testing technology have also risen step by step. As a water injection well in an oilfield, sufficient waterflooding is achieved, and the rise of water content is controlled well to slow down the continuous decline of capacity. Improving the development benefits of waterflooding reservoirs has played an important role in overall development. With the continuous development and increase of oilfield water injection wells, the relationship between injection and production has become a major contradiction. The adjustment of water injection programs is more and more important and frequent. The test power is increasing year by year, seeking to improve the test efficiency. It is especially important to introduce new test technologies. In order to constantly improve the efficiency of injection well testing, the traditional stratified water injection technology can not fully meet the requirements of oilfield production. Therefore, we have studied the application of intelligent technology in the deployment and linkage of layered wells.