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A Proposed Design of Multi-Lateral Wells Technology Application in Block 15- Red Sea Offshore SUDAN

机译:苏丹街区15-红海多侧井技术应用的建议设计

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The Multi-lateral Wells Technology applied in myriad applications worldwide and provides intelligent solutions of many challenges faces the industry, But it doesn’t applied in Sudanese fields yet. By study of Block 15 Sudanese offshore field conditions we can find that multi-lateral technology is useful technology which achieves many advantages by reduce the cost in both exploration and development stages of the field life. In this paper the authors providing a proposed design of Multi-lateral Wells Technology application to re-enter Tokar-1 well which located in Red Sea offshore Sudan region in Block 15 authorization area of Red Sea Petroleum Operating Company (RSPOC). The Design of Tokar-1 multi-lateral application made depends on several considerations about the targets of this application and the geological background of the area of study. The Directional Wellpaths planning of this application planned using Landmark Compass? Software. And after completing the design of the application drilling and completion techniques manually the authors devised guidance software to help the multi-lateral designer to select his optimum option among multi-lateral wells drilling and completion techniques depend on his field conditions, and made analysis of the manual design of Tokar-1 Multi-lateral well using this software and made a comparison between the results.
机译:在全球无数应用中应用的多侧井技术,并提供了许多挑战的智能解决方案面临业界,但它尚未在苏丹领域应用。通过研究群体15苏丹海上现场条件,我们可以发现,多横向技术是有用的技术,通过降低勘探和开发阶段的勘探和发展阶段的成本来实现许多优势。在本文中,作者提供了一个拟议的多侧井技术应用设计,以重新进入Tokar-1井,位于红海石油运营公司(RSPOC)的第15座授权区的红海苏丹地区。 Tokar-1多横向应用的设计取决于关于本申请目标的几个考虑因素以及学习领域的地质背景。使用地标指南针计划此申请的定向威尔路径计划?软件。手动完成应用钻井和完成技术的设计后,作者设计了指导软件,以帮助多横向设计师在多横向井中选择他的最佳选择,钻探和完成技术取决于他的现场条件,并对其进行分析使用本软件手动设计Tokar-1多横向井,并在结果之间进行了比较。

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