阿塞拜疆油田钻井洞室及井眼分析

IF 0.3 Q4 ENGINEERING, PETROLEUM
Nafta-Gaz Pub Date : 2023-04-01 DOI:10.18668/ng.2023.04.04
Rafiq S. Ibrahimov, Shirin O. Bahshaliyeva, L. Efendiyeva, Z. Ibrahimov
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引用次数: 0

摘要

对阿塞拜疆Karabagly和Kursangi单斜地区大量井资料的分析表明,井的构造和地质条件是造成自然曲率的主要原因。在地质、技术和工艺因素的综合作用下,许多油田的井只自然地向一个方向倾斜,与之相反,在Karabagly和Kursangi单斜区域,还有另外三个方向。根据所提出的技术,采用带弯曲接头的钻具组合,最大限度地缩短了钻进间隔,提高了钻进的技术经济参数。随着钻井液中碱性试剂含量的增加,尽管失液绝对值显著降低,但并发症的可能性增加。保持井筒完整性和稳定性的主要要求之一是防止过滤。这种情况对钻井液中的失液量有一定的限制。在钻井实践中,不仅要尽量减少冲洗液的失液,还要对各种添加剂进行定性和定量评价,以减缓它们对形成井壁的岩石的物理和化学影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis of cavern and narrows of drilling wells in Azerbaijan fields
An analysis of numerous well data from the Karabagly and Kursangi monocline regions in Azerbaijan showed that the main reasons of natural curvature are structural and geological conditions of wells. In contrast to a number of fields where wells are naturally bent in only one direction under the combination of geological, technical and technological factors, there are three other directions in the areas of the Karabagly and Kursangi monocline. It is suggested that according to the proposed technology, drilling intervals are minimized by an assembly with a crooked sub, and the technical and economic parameters of drilling are improved. With an increase in the content of alkaline reagents in the drilling fluid, despite a significant decrease in the absolute value of fluid loss, the likelihood of complications increases. One of the main requirements for maintaining the integrity and stability of the wellbore is the prevention of filtration. This condition imposes a certain limitation on the amount of fluid loss in drilling fluids. In drilling practice, it is necessary to strive not only to minimize the fluid loss of flushing fluids, but also to the qualitative and quantitative evaluate various additives that slow down their physical and chemical impact on the rocks forming the walls of the well.
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来源期刊
Nafta-Gaz
Nafta-Gaz ENGINEERING, PETROLEUM-
CiteScore
0.80
自引率
60.00%
发文量
81
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