Policy approaches to mitigate in-use methane emissions from natural gas use as a marine fuel

Imranul I Laskar, A. Giang
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Abstract

Unregulated in-use methane emissions (or methane slip) can reduce or even eliminate the overall climate benefits of using liquefied natural gas as a marine fuel. We conduct critical review and expert interviews to identify methane slip mitigation measures, and then identify and evaluate potential policy instruments that could incentivize their uptake while considering the shipping sector’s climate targets. We find that regulatory instruments are expected to perform the best across a range of criteria when they are at the global level, include methane on a CO2-equivalent and lifecycle basis, promote polycentric approaches to climate governance, and allow flexibility in how the industry incorporates decarbonization measures. Market-based approaches and informational governance policies complement regulatory instruments by improving cost-effectiveness and increasing the availability of relevant information on emissions mitigation. The urgency and scale of shipping climate targets underscore the need for policy approaches that support planning for long-term decarbonization pathways and that can avoid locking into fossil-carbon intensive systems.
减少作为船用燃料的天然气在使用过程中甲烷排放的政策方法
使用过程中不受管制的甲烷排放(或甲烷泄漏)可能会减少甚至消除使用液化天然气作为船用燃料的总体气候效益。我们进行了严格的审查和专家访谈,以确定减少甲烷泄漏的措施,然后在考虑航运业的气候目标的同时,确定和评估可能鼓励采取这些措施的潜在政策工具。我们发现,在全球范围内,监管工具有望在一系列标准中表现最佳,包括以二氧化碳当量和生命周期为基础的甲烷,促进气候治理的多中心方法,并允许行业灵活地采用脱碳措施。基于市场的方法和信息治理政策通过提高成本效益和增加有关减排信息的可得性来补充监管文书。航运气候目标的紧迫性和规模突出表明,需要采取政策措施,支持规划长期脱碳途径,避免被锁定在化石碳密集型系统中。
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