EVALUATION OF THE MICRO-FABRICATED ATOMIC MAGNETOMETER DEPLOYED FROM A SMALL AUTONOMOUS ROTORCRAFT FOR LOCATING LEGACY OIL & GAS WELLS
EVALUATION OF THE MICRO-FABRICATED ATOMIC MAGNETOMETER DEPLOYED FROM A SMALL AUTONOMOUS ROTORCRAFT FOR LOCATING LEGACY OIL & GAS WELLS
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评估小型自主旋翼机上部署的用于定位遗留石油的微型原子磁力计
DOI：
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发表时间：
2018
期刊：
影响因子：
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通讯作者：
Kenneth M Heirendt
中科院分区：
文献类型：
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作者：
G. Veloski;Richard Hammack;J. Sams;Luke D. Wylie;Kenneth M Heirendt
宾夕法尼亚州收费公路委员会南部环城公路项目，一个13英里的高速公路段连接美国22号公路到I-79，是一个更大的环城公路系统的一部分，旨在改善东西移动走廊南部和西部的匹兹堡。拟建的公路走廊横穿麦克唐纳油田，预计将遇到遗留的威尔斯井。这些威尔斯井的位置和适当的堵塞，以满足公路施工开挖前的环境法规。美国能源部国家能源技术实验室（NETL）沿着与美国空中视频公司（US Aerial Video，Inc.）在2017年夏天，使用新型Geometrics微加工原子磁力计（MFAM）传感器包，从小型无人机旋翼机上进行了航空磁力调查，以在计划的高速公路通行权内定位这些遗留威尔斯井。收集并处理了超过200线公里的磁测数据，产生了许多单极异常，可能被解释为潜在的钢套管威尔斯井。一份磁性目标清单已提交给巴勒斯坦权力机构收费公路委员会，供地面确认。
The Pennsylvania Turnpike Commission Southern Beltway Project, a 13-mile highway segment connecting U.S Route 22 to I-79, is part of a larger beltway system designed to improve east-west mobility in the corridor south and west of Pittsburgh. The proposed highway corridor traverses the McDonald Oilfield and was expected to encounter legacy wells. These wells must be located and properly plugged to meet environmental regulations prior to excavation for highway construction. The National Energy Technology Laboratory (NETL) of the U.S. Department of Energy along with US Aerial Video, Inc. conducted aeromagnetic surveys from a small drone rotorcraft during the summer of 2017 employing the novel Geometrics micro-fabricated atomic magnetometer (MFAM) sensor package to locate these legacy wells within the planned highway right-of-way. Over 200 line-kilometers of magnetic data was collected and processed resulting in many monopolar anomalies that may be interpreted as potential steel-cased wells. A list of magnetic targets was submitted to the PA Turnpike Commission for confirmation on the ground.