Governing the transboundary risks of offshore methane hydrate exploration in the seabed and ocean floor—an analysis on international provisions and Chinese law†

Dong Yan, P. Farah, Tivadar Ötvös, Ivana Gášková
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Abstract

Considering the fact that its existence is abundant while maintaining the ability to generate freshwater while burning, methane hydrates have been classified as sources of sustainable energy. China currently maintains an international role in developing technology meant to explore offshore methane hydrates buried under the mud of the seabed, their primary laboratory being the South China Sea. However, such a process does not come without its hazards and fatal consequences, ranging from the destruction of the flora and fauna, the general environment, and—the greatest hazard of all—the cost of human life. The United Nations Convention on the Law of the Sea (hereinafter ‘UNCLOS’), being an important international legal regime and instrument, has assigned damage control during the exploration of methane hydrates, as being the responsibilities and liability of individual sovereign states and corporations. China adopted the Deep Seabed Mining Law (hereinafter the DSM Law) on 26 February 2016, which came into force on the 1 of May 2016; a regulation providing the legal framework also for the Chinese government’s role in methane hydrate exploratory activities. This article examines the role of the DSM Law and its provisions, as well as several international documents intended to prevent transboundary environmental harm from arising, as a result of offshore methane hydrate extraction. Despite the obvious risk of harm to the environment, the DSM Law has made great strides in regulating exploratory activities so as to meet the criteria of the UNCLOS. However, this article argues that neither the UNCLOS nor the DSM Law are adequately prepared to address transboundary harm triggered by the exploitation of offshore methane hydrates. In particular, the technology of such extraction is still at an experimental stage, and potential risks remain uncertain—and even untraceable—for cross-jurisdictional claims. The article intends to seek available legal instruments or models, to overhaul the incapacity within the current governing framework, and offers suggestions supporting national and international legislative efforts towards protecting the environment during methane hydrate extraction.
海底洋底甲烷水合物勘探越界风险的治理——国际规定与中国法律分析
由于甲烷水合物储量丰富,同时又能在燃烧过程中产生淡水,因此被列为可持续能源。中国目前在开发旨在勘探海底泥浆下的近海甲烷水合物的技术方面发挥着国际作用,其主要实验室是南中国海。然而,这一过程并非没有危险和致命的后果,包括对动植物、一般环境的破坏,以及最大的危害——人类生命的代价。《联合国海洋法公约》(以下简称《公约》)作为一项重要的国际法律制度和文书,将甲烷水合物勘探过程中的损害控制规定为主权国家和企业的责任和义务。中国于2016年2月26日通过了《深海底采矿法》(以下简称DSM法),并于2016年5月1日生效;该条例也为中国政府在甲烷水合物勘探活动中的作用提供了法律框架。本文考察了DSM法及其条款的作用,以及一些旨在防止近海甲烷水合物开采引起的跨界环境危害的国际文件。尽管存在明显的环境危害风险,但DSM法在规范勘探活动方面取得了长足进步,以满足《联合国海洋法公约》的标准。然而,本文认为,无论是《联合国海洋法公约》还是《DSM法》都没有为解决海上甲烷水合物开采引发的跨界损害做好充分准备。特别是,这种提取技术仍处于试验阶段,潜在的风险仍然不确定——甚至无法追踪——对于跨司法管辖区的索赔。本文旨在寻求现有的法律文书或模式,以彻底改变目前管理框架内的无能,并提出建议,支持在甲烷水合物开采期间保护环境的国家和国际立法努力。
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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