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Remote Sensing Onshore hydrocarbon direct detection for exploration: why is it different?

机译:遥感陆上碳氢化合物直接探测用于勘探:为什么不同?

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Surface hydrocarbon detection is of interest both for environment monitoring as well as for exploration purposes. For anoil and gas company, being able to detect early the presence of surface hydrocarbon in the exploration process is animportant information that will derisk the presence of a source rock and its maturity. These, alone, will not guaranty thesuccess of exploration, which also requires a reservoir, a trap and a sealing cap rock, but they are some essential elementsfor the presence of an oil accumulation in the subsurface and for the success of subsequent exploration wells.Many papers have been published on surface hydrocarbon remote sensing direct detection; however, most are either forthe offshore domain, or for onshore experimental experiments or environmental case studies. Why is onshore detection ofnaturally occurring hydrocarbons so difficult from remote sensing?In this paper we will explain why out of the lab onshore hydrocarbon detection is more difficult than offshore detectionand how the spectral or spatial limited resolution of current satellite sensors are hampering this detection.
机译:地表碳氢化合物的检测对于环境监测以及勘探目的都是非常重要的。为 石油和天然气公司,能够在勘探过程中及早发现地表碳氢化合物的存在, 重要信息将使烃源岩的存在及其成熟度发生变化。仅凭这些,就无法保证 勘探的成功,这也需要一个储层,一个圈闭和一个密封盖岩,但它们是必不可少的要素 为地下储油的存在以及后续勘探井的成功提供了条件。 关于地面烃类遥感直接检测的许多论文已经发表。然而,大多数要么是为了 离岸领域,或用于陆上实验或环境案例研究。为什么在岸上检测 自然存在的碳氢化合物很难通过遥感进行吗? 在本文中,我们将解释为什么实验室外陆上碳氢化合物检测比海上检测更困难的原因 以及当前卫星传感器的光谱或空间受限分辨率如何阻碍这种检测。

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