據世界天然氣7月27日消息稱，歐洲海洋能源中心(EMEC)提交了一份報告，建議促進蘇格蘭和法國海上風能和氫氣組織之間的研究合作。

　　該報告確定了供應鏈中共同的技術和創新挑戰。其中包括開發港口基礎設施和海上工作實踐的需求，以及進一步研究和開發用于浮動風能和氫氣系統的材料和組件。

　　該報告還介紹了未來與海上浮動風能和氫氣系統集成相關的機會和研究需求。

　　為該報告進行的研究得到了蘇格蘭和法國供應鏈利益相關者的直接參與的支持，包括技術提供商、基礎設施運營商、項目開發商、政策制定者、學者和企業機構。

　　利益相關者參加了一系列在線研討會、訪談和問卷調查，就氫和浮式風力技術的持續研究需求分享了看法。

　　報告建議蘇格蘭政府尋求促進蘇格蘭與這些地區組織之間的知識交流和建立關系的活動。進一步建議建立一個涉及蘇格蘭、布列塔尼和歐西坦尼的組織的研究和開發平臺。

　　RCG 副董事兼浮動風電負責人Dan Kyle Spearman表示：“浮動風產生的氫氣將成為全球工業深度脫碳的關鍵載體。在我們的報告中，我們概述了如何利用法蘇伙伴關系來加速這些技術的商業化的建議?！?/p>

　　朱佳妮 摘譯自 世界天然氣

　　原文如下：

　　EMEC pushes for Franco-Scottish floating wind and hydrogen collaboration

　　The European Marine Energy Centre (EMEC) has delivered a report with recommendations to facilitate research collaborations between Scottish and French floating wind and hydrogen organisations.

　　The report identifies shared technical and innovation challenges in the supply chain. Those include the need to develop port infrastructure and offshore working practices, and further research and development in materials and components for both floating wind and hydrogen systems.

　　The report also presents opportunities and research needs associated with the integration of floating offshore wind and hydrogen systems in the future.

　　Research conducted for the report was supported by direct engagement with supply chain stakeholders in both Scotland and France, including technology providers, infrastructure operators, project developers, policymakers, academics, and enterprise agencies.

　　Stakeholders took part in a series of online workshops, interviews, and questionnaires, where they shared views on continuing research needs for hydrogen and floating wind technologies.

　　The report recommends that the Scottish Government seek to facilitate knowledge exchange and relationship-building activities between Scotland and organisations in those regions. Establishing a research and development platform involving organisations in Scotland, Brittany and Occitanie is a further recommendation.

　　Dan Kyle Spearman, associate director and floating wind lead at RCG, said: “Hydrogen from floating wind will be a key vector for deep decarbonisation of industries globally. In our report, we’ve outlined recommendations on how Franco-Scottish partnerships can be leveraged to accelerate the commercialisation of these technologies.”?