电缆牵引车运输-泰国湾的技术变革者

Sarunya Jongnarungsin, Toon Puttisounthorn
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摘要

对于油气运营商来说,易采石油不再是唾手可得的成果,钻井目标变得越来越雄心勃勃,这导致井眼轨迹的复杂性不断升级。这相应地提高了钻井和完井成本。为了克服这种情况,技术必须在降低成本、提高效率和确保安全方面发挥作用。传输是任何数据采集和完井活动的关键。过去,在大斜度井或水平井中,数据采集和射孔的传输方法需要使用钻杆或连续油管。这些方法耗时,劳动密集,需要更大的设备占地面积,并可能涉及HSE风险。在过去几年中,泰国Mubadala石油公司的水平井和大斜度井数量显著增加。电缆牵引器技术首次应用于Mubadala Petroleum在泰国的钻井、初完井和修井作业,在减少钻机时间、井成本,最重要的是最大限度地降低HSE风险方面,它已经改变了Mubadala Petroleum在泰国的游戏规则。在过去的几十年里,石油和天然气工业发展了水平穿过储层的钻井技术,以最大限度地提高储层的表面接触面积,以获得更高的采收率和产量。然而,该技术的一个缺点是,由于重力不再支持电缆工具到达井底,因此在这种水平环境下进行射孔或测量变得具有挑战性且成本高昂。电缆牵引器技术在克服这一挑战方面发挥了重要作用。它减少了时间和成本,提高了数据质量,增加了井筒覆盖范围。电缆牵引器的工作原理是电动驱动而不是液压驱动,当电缆被拖出时,利用其驱动/轮盘部分将乘用工具推入井下,从而使工具能够到达水平井或斜井的末端,而无需使用钻杆或连续油管传输方法。根据这一原理,任何在直井中通常使用电缆下入的作业,都可以使用电缆爬行器在水平井或斜井中高效地完成。本文介绍的材料将来自实际作业,例如在单拖拉机作业中,拖拉机输送的电缆测井工具和4.5in外径(OD) 90 ft的重型长射孔枪。它还将显示操作效率的提高和风险的降低。
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Wireline Tractor Conveyance - A Technology Game Changer for the Gulf of Thailand
Easy oil is no longer low hanging fruit for oil and gas operators, and drilling targets are becoming increasingly ambitious, which results in escalation of the well trajectory complexity. This accordingly spirals the well and completion costs. To overcome this situation, technology must play a role to reduce cost, increase efficiency and ensure safety at all times. Conveyance is the key for any data acquisition and well completion activities. Historically, conveyance methods for data acquisition and perforation in highly deviated or horizontal wells required drill pipe or coiled-tubing methods. These methods are time consuming, labor intensive, require a larger equipment footprint, with possible HSE risks involved. Mubadala Petroleum in Thailand has seen a significant increase in horizontal and high deviated wells over the past few years. The wireline tractor technology has been used for the first time in Mubadala Petroleum's Thailand operations during the drilling, initial completion and workover intervention operations, and it has been a game changer for Mubadala Petroleum in Thailand in terms of reducing rig time, well cost, and most importantly minimizing the HSE risks. Over the past few decades, the oil and gas industry has developed the technique of drilling horizontally through the reservoir to maximize the surface contact area of the reservoir, to gain higher recovery and production. However, one downside from this technique is that it has become challenging and costly to perforate or to obtain measurements in this horizontal environment, as gravity will no longer support the wireline tools to reach to the bottom of the well. Wireline Tractor technology has played an important role to overcome this challenge. It reduces time, cost and will improve data quality as well as increase wellbore coverage. The wireline tractor functions with an electric over hydraulic power relationship, using its drive/wheel sections to push the passenger tool downhole as the cable is spooled off the unit allowing the tool to reach the end of horizontal or deviated wells without deploying drill pipe or coiled tubing conveyance methods. With this principle, any job that is typically run on electric wireline in a vertical well can be efficiently done in a horizontal or deviated well using wireline tractor. Material presented in the paper will be from actual operations, examples being tractor conveyed wireline logging tool and 4.5in Outer Diameter (OD) 90 ft heavy long perforation gun in single tractor operations. It will also display the operational efficiencies increases and risk reduction being obtained.
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