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Designing, Building Pipeline Infrastructure for CO_2 Transport

机译:设计,建造用于CO_2运输的管道基础设施

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摘要

With energy security and climate change at the top of the global agenda, carbon capture utilization and storage (CCUS) is gaining momentum. CCUS technology offers a solution supporting production of incremental hydrocarbon reserves from existing fields while storing CO_2 away from the atmosphere. Transportation of CO_2 is generally considered the most uncomplicated part of CCUS since pipelines are a well- known technology. However, closing existing knowledge gaps associated with the safety and reliability of the pipeline transport of CO_2 has the potential to reduce uncertainty and avoid unneces-sary overdesign of the pipelines. To address these challenges, the CO2PIPETRANS Joint Industry Project (JIP) was initiated in 2009 by DNV GL. The aim was to produce a guideline for design and operation of CO_2 pipelines, based on relevant experience from both the natural gas pipeline sector and the CO_2 enhanced oil recovery (EOR) sectors.
机译:随着能源安全和气候变化成为全球议程的重中之重,碳捕集利用与封存(CCUS)的势头正在增强。 CCUS技术提供了一种解决方案,可支持从现有油田中开采更多的碳氢化合物,同时将CO_2储存在远离大气的地方。由于管道是一项众所周知的技术,因此CO_2的运输通常被认为是CCUS最简单的部分。但是,弥合与CO_2管道运输的安全性和可靠性相关的现有知识鸿沟有可能减少不确定性并避免不必要的管道过度设计。为了应对这些挑战,DNV GL于2009年启动了CO2PIPETRANS联合工业项目(JIP)。目的是根据天然气管道部门和CO_2强化采油(EOR)部门的相关经验,为CO_2管道的设计和运行制定指南。

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