Samaraneftegaz 利用新技术增加钻井量

俄罗斯石油公司石油生产综合体旗下的萨马拉石油天然气公司(Samaraneftegaz )在 2024 年实现了21.6 万米的开发钻探,比 2023 年的数字高出 4% 。

钻井进尺的增加是通过采取一系列技术、新工艺提高钻井效率实现的,实际商业钻井率超过标准近13%

通过应用技术,省去了大量的钻井作业,从而节省了时间。在井底组合中安装测井仪器,使地球物理勘探与井筒准备工作同时进行,取得了显著的效果。

现代钻井液的引入,使钻井时间(根据油田情况)缩短了七天。这些钻井液具有高效的抑制性能,可提高井壁稳定性并防止钻柱卡钻

在钻探三口井的过程中,萨马拉石油天然气公司测试了一种新型俄罗斯自动化钻井控制系统,该系统可确保精确执行设定的参数。该系统的特性使钻井速度提高了10%,从而缩短了建井时间。钻柱组件的振动和磨损也得到了降低。

俄罗斯石油公司高度重视创新,并将技术领先地位视为石油市场竞争力的关键因素。该公司正在整个生产链中系统地实施新的技术解决方案。

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原文链接/RogtecMagazine

Samaraneftegaz Increases Drilling Volumes Through New Technologies

Samaraneftegaz, part of the oil production complex of Rosneft, achieved 216 thousand meters of development drilling in 2024, which is 4% higher than the figure for 2023.

The increase in drilling footage was achieved through a range of measures aimed at increasing productivity in well drilling using new technologies. The actual commercial drilling rate exceeded the standard by almost 13%.

Time savings were achieved by applying technology that eliminated a number of drilling operations. A significant effect was obtained by including logging tools in the bottom-hole assembly, allowing geophysical surveys to be carried out simultaneously with wellbore preparation.

The introduction of modern drilling fluids has made it possible, depending on the field, to reduce well drilling time by seven days. These fluids have highly effective inhibiting properties, which improve borehole wall stability and prevent sticking of the drill string.

While drilling three wells, Samaraneftegaz tested a new Russian automated drilling control system that ensures precise execution of set parameters. The system’s characteristics allow drilling speed to be increased by 10%, thereby reducing well construction time. Vibration and wear of the drill string components are also reduced.

Rosneft places a high priority on innovation and defines technological leadership as a key factor for competitiveness in the oil market. The company is systematically implementing new technological solutions across the entire production chain.

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