钻井自动化

里海经验提升了土耳其陆上地下储气库项目的绩效

本文介绍了将里海海上项目的经验应用于地下储气库项目以提高钻井性能。

潜在的堵漏区。
图1——潜在的堵漏区。
资料来源：哈里伯顿。

在完整的论文中，作者描述了运营商的地下储气库 (UGS) 项目。本文的目的是展示该公司用于在预算范围内按时交付工作的执行方法和技术。作者概述了执行阶段使用的规划、设计以及钻井和完井策略。作者补充说，该公司在里海作业的经验对该项目非常有利。

介绍

制定了一项计划，扩建盐穴领域的地下储气库设施。

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Drilling automation

Caspian Experience Boosts Performance in Turkey’s Onshore UGS Project

This paper describes the application of learnings from an offshore project in the Caspian to an underground gas storage project to enhance drilling performance.

Potential lost-circulation zone.
Fig. 1—Potential lost-circulation zone.
Source: Halliburton.

In the complete paper, the authors describe an operator’s underground gas storage (UGS) project. The intent of the paper is to demonstrate the execution methodology and technologies that the company used to deliver the work on time and under budget. The authors outline planning, design, and drilling and completion strategies used during the execution phase. The authors add that the company’s experience in Caspian operations was of great benefit to the project.

Introduction

A plan was developed to expand a UGS facility in a salt cavern field.

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