评估澳大利亚地质储氢的经济潜力

S. Walsh, Laura Easton, Changlong Wang, A. Feitz
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摘要

澳大利亚的目标是到2030年成为全球主要的氢气生产国。然而,澳大利亚和世界氢经济的建立将取决于能否提供负担得起的、可靠的氢储存。地质储氢是大规模储氢需求的实用解决方案,确保氢气供应始终满足需求,多余的可再生电力可以储存起来供以后使用,提高电网的可靠性。澳大利亚拥有深厚的地下盐(盐)矿床和丰富的陆上枯竭天然气田,完全可以利用地质储氢方案来支持其建立全球氢气中心出口产业的雄心。使用Bluecap建模软件,我们确定了澳大利亚大规模氢气生产和储存的潜在盈利区域。我们利用这项工作的结果来建议氢开发的高潜力地区,支持政策制定者和投资者对澳大利亚新基础设施和氢项目的位置做出决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Evaluating the Economic Potential for Geological Hydrogen Storage in Australia
Australia has ambitions to become a major global hydrogen producer by 2030. The establishment of Australia’s and the world’s hydrogen economy, however, will depend upon the availability of affordable and reliable hydrogen storage. Geological hydrogen storage is a practical solution for large scale storage requirements ensuring hydrogen supply can always meet demand, and excess renewable electricity can be stored for later use, improving electricity network reliability. Hosting thick, underground halite (salt) deposits and an abundance of onshore depleted gas fields, Australia is well placed to take advantage of geological hydrogen storage options to support its ambition of building a global hydrogen hub export industry. Using the Bluecap modelling software, we identify regions in Australia that are potentially profitable for large scale hydrogen production and storage. We use the results of this work to suggest high-potential regions for hydrogen development, supporting policymaker and investor decisions on the locations of new infrastructure and hydrogen projects in Australia.
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