瑞典水泥工业的碳捕获和储存(CCS) -波罗的海地区物流合作潜力

Vendela Santén, Anna Hedén, Gry Møl Mortensen, Per Wide, Åsa Kärnebro, Sara Kilicaslan, Johan Algell
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引用次数: 0

摘要

瑞典的水泥行业正面临着重大的气候变化。转型的核心部分是碳捕集与封存(CCS),该技术将于2030年在瑞典哥特兰岛最大的水泥生产基地实施。为了实现CCS,需要一个可靠的成本和环境效率高的二氧化碳物流系统,对于瑞典哥特兰的水泥生产来说,这意味着二氧化碳通过船舶运输。一项研究项目已于2023年启动,旨在提高水泥行业对CCS可能的二氧化碳物流系统的认识和理解。该项目采用了一个更大的CCS创新系统方法,通过绘制当前关于CCS的二氧化碳物流知识,以及波罗的海地区和北海新兴的工业和物流参与者。此外,还将从水泥行业的角度研究物流方案,以及无化石燃料二氧化碳运输的机会和水泥行业二氧化碳物流的商业模式。波罗的海地区包括大量的二氧化碳排放工业,包括水泥生产、钢铁、纸浆和其他工业。纸、电;在港口附近的地方,有几个倡议应用CCS。进一步的研究将调查不同类型的跨境合作如何影响二氧化碳物流系统的效率。该项目支持水泥行业关于CCS二氧化碳物流安排设计过程的决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Carbon capture and storage (CCS) in the Swedish cement industry – logistics collaboration potentials in the Baltic area
The cement industry in Sweden is facing a major climate change. A central part of the transition is carbon capture and storage (CCS), which is to be implemented in the Swedish largest cement production site on Gotland by 2030. For CCS to be realized, a reliable cost- and environmentally efficient logistics system for CO 2 is required, which for the Swedish cement production on Gotland means CO 2 -transport by ship. A research project has been initiated during 2023 with the aim of increasing the cement industry’s knowledge and understanding of possible CO 2 logistics systems for CCS. The project takes a larger innovation system approach of CCS by mapping current knowledge about CO 2 -logistics for CCS and emerging industrial and logistics actors in the Baltic area and North Sea. Further, logistics scenarios from the perspective of the cement industry will be investigated as well as opportunities for fossil-free CO 2 -shipping and business models for the cement industry’s CO 2 -logistics. The Baltic area includes heavy CO 2 emitting industries both from cement production as well as steel, pulp & paper, power & heat with locations nearby a port, in which there are several initiatives to apply CCS. Further research will investigate how different types of cross-border collaborations could influence the efficiency of the CO 2 -logistics system. The project supports the cement industry's decisions regarding processes for the design of CO 2 -logistics arrangements for CCS.
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