Balancing Competing Interests When Building Marine Energy Infrastructures: the Case of the Nord Stream Pipelines

D. Langlet
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Abstract

The age of large-scale hydrocarbon infrastructure projects may, partly as a consequence of climate change policy, be nearing its end. However, significant projects are still being planned and executed. Natural gas is also touted as a ‘bridge’ between more carbon intense coal-based energy production and carbon neutral, or almost neutral, renewable energy sources. This, together with new gas production technologies could further increase the need for gas transport infrastructure, significant parts of which are likely to be sea based.1 Also, if carbon capture and storage (CCS) emerges as a large-scale climate change mitigation technology, which some see as imperative if climate change is to be tackled affectively,2 that is likely to result in demand for submarine pipelines to transport carbon dioxide to offshore injection points.3
在建设海洋能源基础设施时平衡竞争利益:以北溪管道为例
大规模碳氢化合物基础设施项目的时代可能即将结束,部分原因是气候变化政策。然而,重大项目仍在规划和执行中。天然气还被吹捧为碳强度更高的煤炭能源生产与碳中和或几乎中性的可再生能源之间的“桥梁”。这一点,再加上新的天然气生产技术,可能会进一步增加对天然气运输基础设施的需求,其中很大一部分可能是海基的此外,如果碳捕集与封存(CCS)成为一种大规模的气候变化减缓技术(有些人认为,如果要有效应对气候变化,这是必不可少的),这可能会导致对海底管道的需求,以将二氧化碳输送到海上注入点
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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