Dynamic casing shoe while drilling: A smart drilling concept for future monobore technologies

Teodoriu Catalin

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Dynamic casing shoe while drilling: A smart drilling concept for future monobore technologies

机译：随钻动态套管鞋：未来单孔技术的智能钻井概念

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The design process of a casing program involves the selection of setting depths, casing sizes and grades of steel that will lead to a safe drilling and completion of a well to withstand all encountered loads during the life of the well. The selection of casing setting depth is a very important task in preparing the well plan. Many aspects, such as lithology, over pressured formations, shallow gases, lost circulation and troublesome zones, directional well profiles and regulations must be considered in this selection.

机译：套管程序的设计过程涉及设置深度，套管尺寸和钢种的选择，这将导致井的安全钻进和完井，以承受井寿命期间遇到的所有载荷。套管设置深度的选择是准备井计划中非常重要的任务。在这个选择中，必须考虑许多方面，例如岩性，超压地层，浅层气体，漏失的环流和麻烦的区域，定向井的剖面和规则。

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《Journal of natural gas science and engineering》 |2015年第3期|共8页
作者
Teodoriu Catalin;
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正文语种 eng
中图分类石油、天然气工业;
关键词
Casing setting depth; Pore pressure; Monobore; Well construction;

机译：套管设定深度;孔压;单孔;井结构;

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专利

1. Dynamic casing shoe while drilling: A smart drilling concept for future monobore technologies [J] . Teodoriu Catalin Journal of natural gas science and engineering . 2015,第Pta3期

机译：随钻动态套管鞋：未来单孔技术的智能钻井概念
2. Melding Of Casing Drilling, Other Advanced Technologies Poised To Revolutionize Drilling [J] . R.M. Bob Tessari The American Oil & Gas Reporter . 2008,第anniversaryissu期

机译：套管钻井技术的融合，其他有望彻底改变钻井技术的先进技术
3. New casing bit debuts in GoM subsalt drilling: Reaming-with-liner gains new ground with high-drillability PDC casing bit [J] . Steve Rosenberg E & P: A Hart Energy Publication . 2012,第9期

机译：新的套管钻头在GoM盐下钻探中首次亮相：随孔扩孔通过高钻探性PDC套管钻头赢得了新的市场
4. Including Enabling Technologies in the Wellbore Construction Basis of Design: Smart Strategy to Benefit from Casing while Drilling, Open-hole Expandable Liners, and Liner Drilling [C] . Moji Karimi, Asim Siddiqui Offshore Technology Conference . 2013

机译：在设计的井眼施工中包括使能技术：从随钻套管，裸眼可扩展衬管和衬管钻井中受益的明智策略
5. Equivalent circulating density contribution to the plastering effect of casing while drilling technology: Analysis of annular fluid velocity and annular pressure through computational fluid dynamics. [D] . Satkan, Comert. 2013

机译：当量循环密度对随钻套管的抹灰效果的贡献：通过计算流体动力学分析环形流体速度和环形压力。
6. Thermo-sensitive polymer nanospheres as a smart plugging agent for shale gas drilling operations [O] . Wei-Ji Wang, Zheng-Song Qiu, Han-Yi Zhong, -1

机译：热敏聚合物纳米球作为页岩气钻井作业的智能堵漏剂
7. METHOD OF STUCK RELEASING AND LIFTING OF DRILL AND CASING STRINGS WHEN DRILLING AND REPAIRING WELLS [O] . 2019

机译：钻井和修复井时粘着和提升钻头和套管弦的方法
8. Assessment of the Technology and Practice for Determining Casing Degradation during Offshore Drilling Operations [R] . Mastandrea, J. R., Nippear, K. R. 1982

机译：海上钻井作业中确定套管退化的技术和实践评估

Dynamic casing shoe while drilling: A smart drilling concept for future monobore technologies

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