Yuri Korchagina井完井技术演变与智能井运行经验

A. Byakov, D. Eliseev, A. Senkov, R. Shafikov, A. Mavrin, A.N. Lesnoy, M. Sibilev, I. Bulygin
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引用次数: 0

摘要

Yuri Korchagin油田是卢克石油公司在里海北部引进的第一个油田。Neocom-Volzhskaya矿床的主要开发目标是一个薄油环,整个矿床的底层水覆盖了大量的气顶。考虑到矿床的细长结构和东西部分的尺寸,为了在方形油田钻探和生产碳氢化合物,在西部地区放置了一个海上防冰固定平台(OIFP),在东部地区放置了一个区块-导体(BC)。为了保证油田油圈的有效开发。余。Korchagina与减少地质风险有关,在生产井的位置缺乏有关地层地质结构的详细信息,在很大程度上采用了水平井系统进行油田开发。目前,该油田共钻了20多口水平井,水平井长度从450米到4900米不等。在架子场的条件下。余。在生产碳氢化合物的过程中,最重要的方面是确保流体持续均匀地流向水平桶。这样做的基础是在水平段的所有点保持相等的凹陷,并降低气和水突破的风险。本文介绍了极端长度水平井完井策略的演变,揭示了所使用的完井系统的主要特点及其运行结果。
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Completion Technologies Evolution of Yuri Korchagina Wells and Operation Experience of the Intelligent Wells
The Yuri Korchagin field is the first of the fields introduced by LUKOIL in the Northern part of the Caspian Sea. The main object of development – Neocom-Volzhskaya Deposit is represented by a thin oil rim, with the underlying bottom water over the entire area of the Deposit with a massive gas cap. Given the elongated configuration of the deposits and dimensions of the Eastern and Western parts, for drilling and production of hydrocarbons in the square fields placed one offshore ice-resistant fixed platform (OIFP) in the Western sector and the block-the conductor (BC) on the Eastern section. In order to ensure the effective development of oil rims of the im field. Yu. Korchagina and reduction of geological risks associated with the lack of detailed information on the geological structure of the layers in the locations of producing wells, the adopted system of field development by horizontal wells of large extent. In total, more than two dozen production wells with the length of horizontal wells from 450 to 4900 meters have been drilled at the field. In the conditions of the shelf field. Yu. Korchagina the most important aspect in the production of hydrocarbons is to ensure a constant and uniform flow of fluid to the horizontal barrel. The basis for this is to maintain equal depression at all points of the horizontal section and reduce the risks of gas and water breakthrough. This paper describes the evolution of the completion strategy of horizontal wells of extreme length, reveals the main characteristics of the completion systems used, the results of their operation.
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