印尼天然气水合物资源SWOT分析

G. Fatih
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引用次数: 0

摘要

天然气水合物大量存在于地球最北端的永久冻土层、深海和断裂带中。世界上50%以上的碳储量以天然气水合物的形式储存。据估计,印尼的天然气水合物储量为850万亿立方英尺。如果储量足够大,这些非常规油气资源可以被视为潜在的能源储备。尽管如此,天然气水合物开采面临的挑战和不足仍需要进一步研究。研究天然气水合物SWOT(优势、劣势、机会、威胁)可以影响政策的制定。本研究采用SWOT分析,首先,从以往的研究中对印度尼西亚各盆地天然气水合物储量的估计被认为是一个优势。以全球变暖和现有生产的泄漏历史为形式的环境问题需要被视为一个弱点。天然气水合物的物理特征可以很容易地从地震剖面中识别出来,被认为是一个机会。来自该位置的生产挑战和海底下沉的可能性可能是一个威胁。这些SWOT参数中的每个点都可以作为寻找解决方案的参考,以克服不足,最大限度地发挥现有的潜力,以维持国家的能源需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Gas Hydrate Resources SWOT in Indonesia
Gas hydrates are abundantly found in the permafrost of the northernmost part of the earth, in the deep ocean, and in fault zones. More than 50% of the world's carbon reserves are stored in the form of gas hydrates. Indonesia has an estimated gas hydrate reserve of 850TCF. With a large enough amount, these unconventional oil and gas resources can be seen as potential energy reserves. Even so, the challenges and shortcomings of gas hydrate production need to be studied further. Studying gas hydrate SWOT (Strength, Weakness, Opportunity, Threat) may influence the policy making. This study employs SWOT analysis and firstly, the estimation of Indonesia's gas hydrate reserves in various basins from previous studies is considered a Strength. Environmental issues in the form of global warming and a history of leakage from existing production need to be considered as a Weakness. The physical characteristics of gas hydrates can make it easy to identify from the seismic section and is considered an Opportunity. Production challenges from the location and the possibility of seafloor subsidence can be a Threat. Various points from each of these SWOT parameters can be used as a reference for finding solutions to overcome deficiencies and maximize existing potential in order to maintain national energy needs.
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