东西伯利亚油田陆相含盐油藏开发面临的挑战

A. Levanov, N. Ignatyev, Evgeniy Ostyakov, I. Vinogradov, Elena Busuek, A. Cherepkova, S. Yaschenko, A. Semenov, P. Nesterov, R. Musin, I. Dolgov, A. Komarov, A. Chirgun, N. Schetinina
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引用次数: 0

摘要

目前,俄罗斯东西伯利亚一些大型油田(Verkhnechonskoye、Talakanskoye、Yaraktinskoye)的石油产量已达到或接近其最大设计水平,因此,这些油田已进入第二阶段开发或第三阶段开始,产量下降。因此,这些领域可以被归类为棕地。在Verkhnechonskoye凝析油气田,地质学家首次在国内油气生产历史上发现了一个高度矿化的生产截面,孔隙空间部分或完全被盐填充。这决定了主要目标- Verkhnechonsky层(Vch)(占该油田产量的99.8%)的独特开发特征。本文的一个显著特点是描述了使用广泛的地质和地球物理工具开发Verkhnechonsky层位相关的结垢地层和控制方法。这项工作的价值在于总结了东西伯利亚大型油田的储量生产管理和井作业过程中的经验教训,该油田的开发由于孔隙空间中存在盐而变得复杂,这是积累盐储层开发知识的起点。基于一系列方法和技术解决方案的经验可以应用于具有类似地质和物理特征的东西伯利亚类似油藏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Challenges in the Development of Saline Terrigenous Reservoirs of Eastern Siberia Field
At present, Russia's oil production in a number of large Eastern Siberia fields (Verkhnechonskoye, Talakanskoye, Yaraktinskoye) has reached or approached its maximum designed levels, therefore, the fields have progressed to the second stage of development or to the beginning of the third stage experiencing production declines. Thus, these fields can be categorized as brownfields. At the Verkhnechonskoye oil and gas condensate field, for the first time in the history of domestic oil and gas production the geologists came across a highly mineralized productive cross-section with the pore space partially or completely filled with salt. This determined the distinctive development features of the main target - the Verkhnechonsky horizon (Vch) (99.8% of the field's production). A distinctive feature of this paper is the description of the approaches to the development of the Verkhnechonsky horizon associated scaling formation and control using a wide range of geological and geophysical tools. The value of the work lies in the summary of lessons learned when managing reserves production and well operation processes at a large Eastern Siberia field, the development of which is complicated by the presence of salts in the pore space, which was the starting point of accumulating the knowledge on salt reservoir development. The experience based on a range of approaches and technical solutions can be applied to similar Eastern Siberia reservoirs with similar geological and physical characteristics.
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