Different Ways to Reduce Greenhouse Gas Emission in Pipelines

Jun Zhang, John Anderton, A. Kane
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Abstract

Pipelines are essential for keeping the lights on, homes warm, plants running, planes flying and water flowing. They also provide one of the safest means of transport. By taking some effective actions, they can contribute to the reduction of greenhouse gas emission significantly. This paper explores a few ways for pipeline companies to help combat climate change. There are of course hardware solutions, carbon capture at station equipment such as compressors or heat exchangers. Although undoubtably these solutions work, they are slow and expensive to implement. What we are going to look at are solutions that can be implemented by using existing software tools, or making a relatively small investment in a new software. The first and most obvious way is the implementation of an effective leak detection program as defined in API 1175. The second way to reduce emission is through the optimization of fuel gas consumption by compressors. The third way is through the improvement of network operations. With the move to hydrogen and renewable natural gas, pipeline simulation software can also help the pipeline industry to transit to greener energy, thus less emission.
减少管道温室气体排放的不同途径
管道对于保持照明、家庭温暖、工厂运转、飞机飞行和水的流动至关重要。它们也是最安全的交通工具之一。通过采取一些有效的行动,他们可以大大减少温室气体的排放。本文探讨了管道公司帮助应对气候变化的几种方法。当然,也有硬件解决方案,如压缩机或热交换器等站内设备的碳捕获。尽管这些解决方案无疑是有效的,但它们的实现速度缓慢且代价高昂。我们将要看到的是可以通过使用现有软件工具来实现的解决方案,或者在新软件上进行相对较小的投资。第一种也是最明显的方法是实现API 1175中定义的有效泄漏检测程序。第二种减少排放的方法是通过优化压缩机的燃料气体消耗。第三种方式是通过网络运营的改进。随着向氢气和可再生天然气的转变,管道模拟软件也可以帮助管道行业过渡到更环保的能源,从而减少排放。
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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