基础设施投资的积极溢出效应:管道扩建如何鼓励燃料转换

Jonathan B. Scott
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引用次数: 3

摘要

摘要本文研究了美国管道基础设施在该国从煤炭能源向天然气能源转型中的作用。我利用环境保护署的汞和空气有毒物质标准作为一种貌似合理的外源性干预,它鼓励许多燃煤电厂转换为天然气。将这种准实验变化与工厂预先存在的管道网络的接近性相结合,我将隐含的管道连接成本隔离在工厂转换的动态离散选择模型中。关键模型结果表明,基础设施相关的成本阻碍了90亿美元的减排,这表明管道扩建每英里可带来240万美元的外部效益。
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Positive Spillovers from Infrastructure Investment: How Pipeline Expansions Encourage Fuel Switching
Abstract This paper studies the role of the U.S. pipeline infrastructure in the country's transition from coal to natural gas energy. I leverage the Environmental Protection Agency's Mercury and Air Toxics Standards as a plausibly exogenous intervention, which encouraged many coal plants to convert to natural gas. Combining this quasi-experimental variation with a plant's preexisting proximity to the pipeline network, I isolate implied pipeline connection costs within a dynamic discrete choice model of plant conversions. Key model results indicate that infrastructure-related costs prevent $9 billion in emissions reductions from taking place, suggesting a $2.4 million per mile external benefit of pipeline expansions.
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