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How can we help limit global warming?

走向低碳工业

随着全球变暖是一个关键问题,液化空气已经决定采取行动。首先,本集团致力于雄心勃勃的承诺,以减少其自身活动的碳强度,由创新项目驱动。Air Liquide也在越来越多地与客户和合作伙伴在全球范围内增加其举措。

Limiting global warming in line with the 2015 Paris Agreement requires fast unprecedented transformation。根据气候变化(IPCC)的政府间议会,实现碳中立性并含有2050年的气候管制,行业以及其他部门(能源,运输,农业等)将需要大大减少CO2排放。作为负责人,液化空气长期以来一直努力保护地球。2018年底,本集团宣布最雄心勃勃Climate objectives与2015年相比,其行业致力于将其活动的碳强度减少30%,与2015年相比,Aisal Liquide也打算通过帮助其工业客户降低其碳排放并通过开发新的碳排放来全局贡献更可持续的世界betway旗舰版下载支持其低碳转型的技术和技能。最近对低碳氢和生物甲烷的投资表明了这一承诺。

以自己的行动行事

Air Liquide has started by reducing its own environmental footprint, mainly through clean manufacturing in compliance with the highest standards, by lowering the electricity consumption of its industrial processes and by reducing the carbon intensity of its factories and equipment. The Group’s commitments are demonstrated in several projects initiated in 2019. Air Liquide has contributed to the development of a windfarm in Texas to supply its industrial gas production plants with renewable energy, avoiding 1.5 million tons of CO2emissions for the duration of the agreement. The Group is also drastically reducing its carbon emissions by investing in new production units and shutting down its older, energy-intensive facilities. This is particularly the case in Russia and the United States, where Air Liquide is building leading-edge air separation units (ASU) to supply its customers, Severstal and Methanex, with the help of sustainable, highperformance solutions. Similarly, the Group is building a world-scale latest-generation hydrogen production plant at the Tabangao refinery in the Philippines. Owned and operated by Air Liquide, it will be paired with a capture and liquefaction unit for CO2initial discharge, which could then be directed to other uses to reduce direct carbon emissions

支持行业的能源转型

除了这些努力,还有几项创新举措,帮助制造商降低环境足迹,并走向低碳的未来。本集团正在通过其合作伙伴测试多项解决方案,未来五年可能会实施大约30个项目。空气液化空气已经在用于捕获和回收钢制造中的碳排放的试验方案上使用ArcelorMittal。这涉及使用液化空气开发的技术解决方案过滤高炉废物。通过这种方式,比利时根特的arcelormittal钢厂将成为欧洲的第一家生物乙醇生产现场,可以使用钢材制造的废气。

In addition in the steel industry, Air Liquide and thyssenkrupp Steel have together launched a pioneering project: for the first time, hydrogen will be injected on a large scale to partly replace the coal used in the blast furnace during steel production. After full-scale deployment at its Duisburg plant in Germany, thyssenkrupp Steel is targeting a 20% reduction in carbon emissions from the steelmaking process. As CO2emissions remain a growing concern for industrial companies, Air Liquide has also joined Northern Lights, a full-scale carbon capture and storage (CSS) project on the Norwegian continental shelf. Handling large volumes of emissions, CSS offers an effective way to decarbonize industry. The Northern Lights project could become the world’s first storage facility to receive manufacturing gas waste from different European countries.

Testimonial
Jean-Baptiste Salles

Vice President Strategic Customers and Business Model at Air Liquide’s Large Industries business line

“Thanks to its technology and logistics expertise in extracting and transporting CO2in gas or liquid state, Air Liquide is working alongside partners on an innovative, large-scale carbon capture and storage project in Norway. This partnership is a good illustration of the Group’s ability to offer solutions for decarbonization at its own plants and for customers in the Antwerp and Rotterdam industrial basins.”

运输和运输行业的可持续未来

同样,海事行业正面临着温室气体排放问题。该部门代表总有限公司的约3%(1)2全世界的排放。正在引入许多解决方案以减少这种占地面积,空气液化空气与其Turbo-Brayton技术发挥积极作用。Turbobrayton技术在过去十年中开发的,Turbobrayton技术已经证明了其在日常使用中的可靠性,并在液化天然气(LNG)运输中得到了令人鼓舞的成功。这种在LNG船上实施的创新可防止在通过中取电过程中运输过程中的甲烷蒸发。这提供了经典气体捕获解决方案的实际优势。潜在的应用在运输和液化沼气中众多,潜在的应用是众多的,包括家庭或农业废物甲烷化设施。

Approximately €480 M: the cumulative capital expenditure for the 2014-2019 period in biomethane and hydrogen mobility

另一个例子是甲烷。法国液化空气公司是咕噜咕噜叫uing strong growth in this promising production market. The Group owns 18 biomethane production units worldwide, representing an annual capacity of 1.1 TWh. This recent business offers strong potential, especially for customers wanting to convert their vehicle fleet to low-carbon energy. Biomethane offers transporters a 90% reduction in CO2emissions and an 85% reduction in fine particles. In addition to clean mobility, biomethane naturally has its place in the energy mix and an important role to play in the energy transition. Finally, a major investment in producing carbon-free hydrogen in Canada (see p. 81) will help supply low-carbon hydrogen to the growing mobility market in North America.

Given its strong commitment to reducing its own environmental footprint, the Group is constantly extending its ambition to its industrial partners, who are increasingly concerned about limiting their greenhouse gas emissions and successfully exploring promising markets. In this way, Air Liquide is anticipating and building a more sustainable industry.

Discover our 2019 Annual Report

Article published on May 28, 2020