Towards a Climate-Friendly Ferroalloy Industry in Norway

B. Ravary, Kåre Bjarte Bjelland, A. Valderhaug, Anne Gry Messenlien
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引用次数: 2

Abstract

Elkem and Eramet, with its subsidiary Eramet Norway, produce materials useful for a low emission society, in a resource effective way and with one of the lowest climate footprints. Such high standards give increased competitivity, not only in the context of being greener and thereby more attractive, but also improving the profitability. Both companies have set goals for reduction of emission of greenhouse gases from their production and aim at reducing their CO2 emissions for Norwegian smelters by 40% within 2030, in line with EU targets. A structured analysis of options has led to similar strategies for the two companies. These strategies were made concrete through roadmaps, and ultimately actions and investments. The reduction initiatives can be divided into four main areas, roughly reflecting time phases, from short term (2025) to long term (2050 and beyond): improvement of existing processes in resource and energy efficiency, increase or introduction of biomass based reductants to replace fossil carbonaceous materials, carbon capture and usage (CCU) or storage (CCS), and development of innovative technologies. Building on a tradition of cooperation on research in environment and safety, Eramet Norway and Elkem have capitalized on developments from their own R&D, academic and research partners. All actions are rooted in scientific and techno-economic studies. Open innovation is necessary when developing technologies outside the core competence of the companies. Key R&D projects, pilots and current industrial implementations are listed before detailing some projects in the two companies.
挪威迈向气候友好型铁合金工业
埃肯与Eramet及其子公司Eramet挪威公司合作,以资源有效的方式生产对低排放社会有用的材料,并具有最低的气候足迹之一。这种高标准提高了竞争力,不仅在更环保、更有吸引力的背景下,而且还提高了盈利能力。两家公司都制定了减少生产过程中温室气体排放的目标,并计划在2030年将挪威冶炼厂的二氧化碳排放量减少40%,与欧盟的目标一致。通过对期权进行结构化分析,两家公司采取了类似的策略。这些战略通过路线图具体化,并最终付诸行动和投资。减排举措可以分为四个主要领域,大致反映了从短期(2025年)到长期(2050年及以后)的时间阶段:改善资源和能源效率的现有流程,增加或引入生物质还原剂以取代化石碳质材料,碳捕获和利用(CCU)或封存(CCS),以及开发创新技术。基于在环境和安全研究方面的合作传统,Eramet挪威公司和埃肯公司充分利用了各自研发、学术和研究伙伴的发展。所有行动都植根于科学和技术经济研究。在开发公司核心能力之外的技术时,开放式创新是必要的。在详细介绍两家公司的一些项目之前,列出了重点研发项目、试点项目和目前的工业实施情况。
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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