voestalpine has long been regarded as an environmental and efficiency benchmark in its industry, as well as a driver of innovation.
Now the technology and capital goods group can complete another step towards realizing the H2FUTURE research project funded by the EU: the government of Upper Austria as the responsible EIA authority has recently authorized construction of the world’s largest pilot plant of its type for CO2-free production of hydrogen at the site in Linz. Together with five project partners, voestalpine is laying the foundations for further pioneering research into de-carbonizing the steel manufacturing process.
Gaining official approval is the starting signal for building the new hydrogen electrolysis plant at the voestalpine premises in Linz. This will be the largest and most advanced plant of its type for generating "green", i.e. CO2-free, hydrogen. With EUR 18 million in EU funding, the project will conduct research which explores, amongst others, the potential use of hydrogen in the individual stages of steel production.
Researching breakthrough technologies
The long-term goal is to move away from coal and coke, via bridging technology based on natural gas (e.g. in the direct reduction plant in Texas), to use "green" hydrogen in the production process. Realistically, it will take around a couple of decades before these processes can be used on an industrial scale.
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Construction to start in the coming weeks
The pilot plant will be erected in a new building immediately adjacent to the voestalpine power plant at the site in Linz.
The individual plant components are scheduled for delivery as early as this summer, and testing should commence before the year is over.
The centerpiece of the new research facility will be the world’s largest PEM (proton exchange membrane) electrolyser, with a capacity of six megawatts and able to produce 1,200 m3 of hydrogen an hour. The electrolysis system developed by project partner Siemens will achieve a higher output efficiency than comparable systems to date. In a PEM electrolyser electrical energy—in this case electricity generated from renewable sources by project partner Verbund—is used to break down water into its constituent parts, hydrogen and oxygen. The aim of H2FUTURE is to test this next development step in PEM technology on an industrial scale, as well as to trial its use in the electricity balancing market.
About H2FUTURE
The H2FUTURE project consortium consists of voestalpine, VERBUND, and Siemens, as well as the Austrian Power Grid (APG), together with scientific partners K1-MET (Metallurgical Competence Center) and ECN (Energy research Centre of the Netherlands). The project is funded as part of the European Commission’s Horizon 2020 program (Joint Undertaking Fuel Cells and Hydrogen) through to 2021.
Article Source: voestalpine.com