Powering the future: Germany's Wasserstoffstrategie in the transition to climate neutrality – case study on green hydrogen for the chemical industry

IF 3.2 Q2 CHEMISTRY, PHYSICAL Energy advances Pub Date : 2024-10-14 DOI:10.1039/D4YA00246F
Valentin Benedikt Seithümmer, Julia Valentina Lutz, Samuel Jaro Kaufmann, Haripriya Chinnaraj, Paul Rößner and Kai Peter Birke
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Abstract

This article provides a comprehensive insight into Germany's transition to climate neutrality, bringing together the political framework of Germany's Climate Protection Act (CPA), the funding strategy of its key pillar, namely the “Wasserstoffstrategie” and the technical dimensions for non-technical stakeholders through a case study of Germany's largest current hydrogen user, the chemical industry. Increasing complexity of our modern economy and society and a lack of clarity in reporting contribute to misleading conclusions and can facilitate polarised views. To overcome that gap, we aim to draw a clear picture of these complex scientific topics and make them also accessible to non-technical stakeholders. This paper reviews Germany's climate policy, emphasizing the federal constitutional court's pivotal role. By calculating prospective GHG-reduction paths for Germany, we illuminate the gap between aspirational targets and practical strategies, emphasizing the need to translate global targets into actionable national plans. Taking the crucial, often-overlooked CO2-budget into account, potential shortcomings are revealed, even when annual emission goals are met by Germany. Shifting focus of this paper to the German hydrogen strategy, a core part of the Climate Protection Program, we reveal a strong emphasis on international collaboration. This involves a global hydrogen ramp-up and facilitation of hydrogen imports, offering trade opportunities but also introducing dependencies and potential price increases. A scale estimation case study on green hydrogen production for the German chemical industry underscores the rationale behind prioritising imports over domestic production. Calculating a demand of 7840 windmills (78.37 TW h) that require 168 000 football pitches (7000 m2 per pitch) of space, it provides easy to grasp insights into the necessary actions for a climate neutral Germany. This perspective frames Germany's climate goals, the Wasserstoffstrategie, and the technical scale of implementing renewables by conducting a case study on green hydrogen. Hereby, it highlights the magnitude of the climate problem and the immense scale of solutions required for a sustainable technical transition in a clear and sound manner.

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为未来提供动力:德国向气候中和过渡的华沙战略——化学工业绿色氢的案例研究
本文通过对德国目前最大的氢用户——化学工业的案例研究,将德国《气候保护法》(CPA)的政治框架、其关键支柱即“wasserstoffstrategy”的资助战略和非技术利益相关者的技术层面结合起来,全面了解德国向气候中和的过渡。我们的现代经济和社会日益复杂,报道缺乏明确性,导致了误导性的结论,并可能助长两极分化的观点。为了克服这一差距,我们的目标是清晰地描绘这些复杂的科学主题,并使非技术利益攸关方也能获得它们。本文回顾了德国的气候政策,强调了联邦宪法法院的关键作用。通过计算德国未来的温室气体减排路径,我们阐明了理想目标与实际战略之间的差距,强调了将全球目标转化为可操作的国家计划的必要性。考虑到关键的、经常被忽视的二氧化碳预算,即使德国达到了年度排放目标,潜在的缺陷也会暴露出来。将本文的重点转移到德国的氢战略,这是气候保护计划的核心部分,我们揭示了对国际合作的强烈重视。这涉及到全球氢气的增加和氢进口的便利化,提供了贸易机会,但也引入了依赖性和潜在的价格上涨。一项针对德国化工行业绿色氢生产的规模估算案例研究,强调了优先考虑进口而非国内生产背后的理由。计算7840个风车(78.37太瓦时)的需求,需要16.8万个足球场(每个球场7000平方米)的空间,这很容易理解德国气候中和的必要行动。这一视角构建了德国的气候目标、沃瑟斯托夫战略,以及通过对绿色氢的案例研究实施可再生能源的技术规模。因此,它强调了气候问题的严重性,以及以明确和合理的方式实现可持续技术转型所需的解决方案的巨大规模。
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