摘要
由于我国经济的快速发展,我国的油田企业也在迅速发展。在一般油田开发的过程中,由于地下石油源源不断的输送到地面,因此导致地下油层的压力逐步降低,而我们为了长期对油田进行采集,就需要给相应的地下层补给缺失的能量,以便维持原有油层的压力值。而在现阶段,我国普遍采用的方法是通过往相应的油层注水来维持原先的油层压力。而我们在注水的过程中,为了检测注水情况就需要测量吸水剖面的水分情况,这样才能进一步分析出整个油井的注水情况。因此首先对施工环境及施工过程中的风险进行了评估,然后提出了相应的安全风险控制措施。
Due to the rapid development of China＇ s economy, China＇ s oil field enterprises are also developing rapidly.In the process of general oilfield development, due to the continuous transmission of underground oil to the ground, which will lead to the gradual decline in the pressure of the underground reservoir, and we for the long-term collection of oil fields, you need to supply the corresponding basement to the lack of energy In order to maintain the pressure value of the original reservoir.At this stage, the commonly used method is to maintain the original reservoir pressure by injecting water into the corresponding reservoir.And we in the process of water injection, in order to detect water injection conditions need to measure the moisture content of the water profile, so as to further analysis of the entire well water injection situation.This paper first evaluates the construction environment and the risks in the construction process, and then puts forward the corresponding safety risk control measures.Finally, the article is summarized.
出处
《化工设计通讯》
CAS
2017年第10期32-33,共2页
Chemical Engineering Design Communications
关键词
吸水剖面
测井作业
现场安全
风险控制
water absorption profile ： logging operation
site safety ： risk control
