首页> 外文会议>SPE Russian Petroleum Technology Conference >Proven Experience in Construction of Multilateral Wells Using TAML 1 Technology in Novoportovskoye Field
【24h】

Proven Experience in Construction of Multilateral Wells Using TAML 1 Technology in Novoportovskoye Field

机译:在Novoportovskoye田野田园诗歌1技术验证在多边井建设经验

获取原文

摘要

The key opportunity of Novoportovskoye Field is hydrocarbon reserves,which remain undeveloped.In this field,significant oil reserves directly underlie massive gas caps.Economic efficiency in such geological conditions is based on the use of new technologies for the maximum extension of field infrastructure loading.This paper reviews prerequisites and cases of multilateral well drilling technologies as an efficient EOR method at Novoportovskoye Field.The paper summarizes the results of drilling of nine multilateral wells.The strategy of multilateral well completion at Novoportovskoye Field increased the level of complexity defined by technology advancement for multi-laterals(TAML).First,a multilateral well with an openhole lateral was drilled.This openhole section collapsed when the well was brought into production at the target drawdown.Therefore,the second stage was to construct a multilateral well with cased main bore and lateral using TAML-1 technology.A version of TAML-1 technology developed by a Russian manufacturer was adapted and implemented at this stage.Several sidetracking methods were tested to reduce the rig time and multilateral well construction costs.Application of rotary steerable systems(RSS)for sidetracking instead of conventional rotary assemblies and downhole motors enabled to reduce the average sidetracking time from 70 to 30 hours.The record time of sidetracking using RSS was 16 hours.The history of Novoportovskoye Field development demonstrates a continuous trend towards increasing horizontal section lengths from 1,000 to 1,500 and 2,000 meters.The cumulative multilateral well drilling experience enabled construction of a well with four laterals with a total length of horizontal sections of 4,411 meters.It was the first well with four laterals in Russia built according to TAML-1 technology.As compared to conventional horizontal wells,the highest initial incremental oil rates were registered in multilateral wells drilled in the Jurassic Yu2-6 interval and the Cretaceous NP2-3 interval of the Novoportovskaya Formation.Considering that the share of the Yu2-6 interval in the oil reserves of Novoportovskoye Field is 46% and the share of the NP2-3 interval is 17%,the operator decided to increase the share of multilateral wells to develop these intervals.The project objective for 2018-2020 is to increase the number of cased holes,to separate laterals to the maximum possible distance,and to improve the completion level to TAML-4.
机译:NovoPortovskoye领域的关键机会是碳氢化合物储备,仍未开发。在该领域,大量石油储量直接下降了大规模的气体帽。这种地质条件的经济效率是基于现场基础设施负荷的最大延伸的使用。本文评论了多边钻井技术的先决条件和诺维多瓦斯基斯基田的高效EOR方法。论文总结了九个多边井钻探的结果。新多边股市在诺维多夫斯基斯基田间策略提高了技术进步定义的复杂程度对于多个横向(TAML)。首先,钻出具有遮光罩侧面的多边孔。当井在目标绘制时井进入生产时,透露孔部分倒塌。因此,第二阶段是用套管构建多边井使用Taml-1技术钻孔和横向。TAML-1技术的版本由俄罗斯制造商开发的在该阶段进行了调整和实施。测试了侧面的侧面方法,以减少钻机时间和多边井建筑成本。旋转转向系统(RSS)的应用,而不是传统的旋转组件和井下电机,以减少从70到30小时的平均侧面。使用RSS侧面的记录时间为16小时。NovoPortovskoye的历史展示了持续趋势,以增加横向截面长度从1,000到1,500和2,000米。累积多边井钻孔经验使四个横向构造具有4,411米的水平截面的总长度。是根据Taml-1技术建造的俄罗斯四个侧面的第一孔。与传统水平井相比,最高的初始增量油速率在侏罗纪YU2-6 I钻的多边井中登记Novoportovskaya地层的NTETVAL和白垩纪NP2-3间隔。诺维二维斯基斯基田石油储量中的YU2-6间隔的份额为46%,NP2-3间隔的份额为17%,运营商决定增加多边井的份额来发展这些间隔。2018 - 2012年的项目目标是增加套管的数量,将横向分开到最大可能距离,并将完成水平改善为TAML-4。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号