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In June 2019, the environment ministers at the G20 meeting in Japan officially announced their intention to cooperate on promoting the use of hydrogen. This agreement was motivated by the climate emergency and the significance of recent innovations for a hydrogen energy society. Co-chaired by Benoît Potier, Air Liquide Chief Executive Officer, and Euisun Chung, Executive Vice Chairman of Hyundai Motor Group, theHydrogen Council从2017年1月开始于13名成员从13名成员年以来到了超过80多个制造和投资合作伙伴。政治家,商业领袖和研究人员都同意了一点:氢气在能源转变中发挥着关键作用。
各种领导者的这种逐渐对准是通过液化空气进行的开创性工作的显着确认,该工作已经生产和运送氢气近50年。该分子是光,可存储和可移动的,可用于燃料电池,其具有传统的内燃机的效率。氢是低碳能量的载体 - 在使用点的温室气体排放和零粒子 - 可以通过电解等良性过程生产。1
The Bécancour proton exchange membrane (PEM) electrolyzer will save 27,000 tons of CO2排放量annually compared to traditional hydrogen production processes
It has vast potential, particularly for sustainable mobility, but also heating and heat networks, clean manufacturing processes, eco-friendly IT servers and renewable energy storage to compensate for intermittent production. With a charge time of less than 5 minutes and an autonomy of more than 770 kilometers2, hydrogen fuel cell vehicles offer an effective solution for intensive use and long trips, which represent the bulk of CO2交通部门排放。通过减少温室气体排放,城市污染和对石油燃料的依赖,氢气证明其价值。
As an expert in this molecule, Air Liquide can apply its expertise at every step of the hydrogen value chain, from production to distribution and storage. Managing around 200 production units and thousands of kilometers of pipeline, the Group has also designed and installed more than 120 charging stations worldwide. In addition, Air Liquide is committed to producing low-carbon hydrogen using water electrolysis, biogas and even Cryocap CO2捕获技术,它在自2015年以来,它在其最大的法国生产设施中实施了。
“Hydrogen’s vast potential for the energy transition is well known today. Ambitious plans, particularly for transportation, have been introduced in Europe, South Korea, Japan, China and California. We have been an expert of this molecule for more than 50 years. Now the main challenge is to produce low-carbon hydrogen and ensure widespread use to create an entire sustainable value chain and take a step further towards clean mobility.”
The Group has been building on its expertise to help industrial clients find low-carbon solutions. In 2019, Air Liquide collaborated with thyssenkrupp Steel on an innovative project for low-carbon steel production based on hydrogen.
It is also contributing to the widespread deployment of hydrogen in transportation, a sector responsible for 24% of CO2排放量3.. From forklifts, buses and trucks to utility vehicles or even trains and ferries, hydrogen fuel has numerous applications. In France, the Group is helping Hype expand its fleet of hydrogen-powered Parisian taxis from around 100 vehicles in 2015 to 600 by the end of 2020. To this end, it has created HysetCo with its partners (Idex, Kouros, STEP and Toyota France) to accelerate sustainable mobility in the Paris region.
韩国,空气液化是有助于雄心勃勃的国家氢气流动计划,涉及在2022年(700到2030年)的310个充电站投资20亿欧元。同样静脉,该集团也在支持中国,积极参与减少温室气体排放。本集团已经在全国左右出现在全国约90个工厂生产工厂,该集团已建立了一个与车辆安装和市场氢气电站的合资企业。它还签署了与中国石化(中国石油化工公司)的谅解备忘录,以帮助加快代表世界上最大的移动市场的氢气流动性解决方案的推出。Air Liquide将在氢气供应链中提供Sinopec其专业知识,为中国清洁流动性市场带来竞争解决方案。
到2050年,氢气可以占全球能源混合的18%
Aiming to become a leading supplier of low-carbon hydrogen, the Group has committed to producing 100%4.从良性过程中致力于移动市场的氢气5.by 2030. In the United States, Air Liquide has invested 150 million dollars in low-carbon liquid hydrogen production to supply the Californian market and meet the State’s ambitious targets: installing 200 charging stations by 2025 to drive the development of the world’s largest fleet of hydrogen-powered electric vehicles. Another major investment announced in early 2019 is the construction of the world’s largest membrane-based electrolyzer for the production of carbon-free hydrogen. This 20 MW electrolyzer will increase the current capacity of the Bécancour plant in Canada by 50% and help supply North American markets for industrial use and mobility.
通过其众多的创新和成就,液化空气在使氢气成为全球现实并为更环保的社会铺平道路来发挥主导作用。
1Electrolysis consists of placing two electrodes into water to capture naturally occurring hydrogen. The electric current generated splits water (H2O) molecules into hydrogen (H2)和氧气(o2). This is a virtuous process if the electricity comes from a renewable source.
2Bertrand Piccard drove 778 km in a standard Hyundai NEXO in normal traffic conditions.
3.According to the International Energy Agency, 2017.
4当正确的规则到位时。
5沼气,通过水电解产生的可再生能量,以及CO的捕获和加工技术betway旗舰版下载2emitted in natural gasbased hydrogen production.
空气液化氢气生产能够充电1000万氢气
Article published on June 12, 2020