Aerial Lidar Scanning System Seeks Gas Leaks

Rusty Jennett

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Aerial Lidar Scanning System Seeks Gas Leaks

机译：空中激光雷达扫描系统寻求漏气

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As proactive gas pipeline maintenance practices continue to take hold, and regulators and the public increasingly require environmental good stewardship, Find it fast - Fix it fast has become the maxim for methane emissions control. LASEN' proprietary airborne laser pipeline inspection system (ALPIS®) is an industry standard for gas field emissions control. LASEN provides the only helicopter-based system of its kind commercially available in the U.S. Based on military-grade technology, it offers a dramatic improvement over conventional inspection methods for natural gas transmission and gathering pipelines. It provides verifiable, accurate leak locations and immediate and accessible survey results that are priced competitively with current ground survey methods.

机译：随着积极的天然气管道维护实践不断发展，并且监管机构和公众日益要求对环境进行良好的管理，快速发现-快速修复已成为控制甲烷排放的准则。 LASEN专有的机载激光管道检查系统（ALPIS®）是气田排放控制的行业标准。 LASEN提供了美国唯一的此类基于直升机的系统，该系统基于美国的军事级技术，相对于用于天然气传输和收集管道的常规检查方法进行了重大改进。它提供了可验证，准确的泄漏位置以及即时和可访问的调查结果，这些价格与当前的地面调查方法相比具有竞争力。

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来源
《Pipeline & gas journal》 |2007年第6期|p.4446|共2页
作者
Rusty Jennett;
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作者单位

LASEN, Inc., Las Cruces, NM;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);美国《化学文摘》(CA);
原文格式 PDF
正文语种 eng
中图分类管道运输;煤炭气化工业;
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专利

1. Retrieving Directional Gap Fraction, Extinction Coefficient, and Effective Leaf Area Index by Incorporating Scan Angle Information From Discrete Aerial Lidar Data [J] . Guang Zheng, Lixia Ma, Jan U. H. Eitel, IEEE Transactions on Geoscience and Remote Sensing. . 2017,第1期

机译：通过结合来自离散航空激光雷达数据的扫描角度信息，检索方向间隙分数，消光系数和有效叶面积指数
2. Comparing the theoretical performances of 1.65- and 3.3-mu m differential absorption lidar systems used for airborne remote sensing of natural gas leaks (vol 12, 026030, 2018) [J] . Yerasi Ashwin, Tandy William D. Jr., Emery William J., Journal of Applied Remote Sensing . 2018,第2期

机译：比较1.65-和3.3-mu M微分吸收激光雷达系统的理论性能，用于天然气泄漏的空气遥感（Vol 12,026030,2018）
3. Comparing the theoretical performances of 1.65-and 3.3-mu m differential absorption lidar systems used for airborne remote sensing of natural gas leaks [J] . Yerasi Ashwin, Tandy William D. Jr., Emery William J., Journal of Applied Remote Sensing . 2018,第2期

机译：比较1.65和3.3-MU M微分吸收激光雷达系统的理论性能，用于空气偏远的天然气泄漏
4. Automated Aerial Refueling Position Estimation Using a Scanning LiDAR [C] . Joseph Curro, John Raquet, Thomas Pestak, International technical meeting of the Satellite Division of the Institute of Navigation . 2012

机译：使用扫描LiDAR的自动空中加油位置估计
5. Modeling the Performance of Airborne Lidar Systems Used to Remotely Detect and Quantify Natural Gas Leaks [D] . Yerasi, Ashwin R. 2020

机译：模拟用于远程检测和量化天然气泄漏的机载激光雷达系统的性能
6. LiDARPheno – A Low-Cost LiDAR-Based 3D Scanning System for Leaf Morphological Trait Extraction [O] . Karim Panjvani, Anh V. Dinh, Khan A. Wahid -1

机译：LiDARPheno –一种基于LiDAR的低成本3D扫描系统用于叶片形态特征提取
7. Comparing the theoretical performances of 1.65- and 3.3-μm differential absorption lidar systems used for airborne remote sensing of natural gas leaks (Erratum) [O] . Ashwin Yerasi, William D. Tandy, William J. Emery, 2018

机译：比较用于空气偏远的天然气泄漏（错误）的空气遥感的1.65和3.3-μm微分吸收激光雷达系统的理论性能（错误）
8. Automated Aerial Refueling Position Estimation Using a Scanning LiDAR. [R] . I. J. Curro 2012

机译：使用扫描LiDaR进行自动空中加油位置估计。

Aerial Lidar Scanning System Seeks Gas Leaks

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