Hydrogen applications
Explore our customized solutions especially tested for hydrogen application!
voestalpine Tubulars has the essential know-how in steel and tube production, the long-term experience in connection development and manufacturing for the oil and gas industry as well as the testing capabilities to design the optimal product solutions – all these parameters are prerequisite for safe use of hydrogen too.
Therefore, the company already offers the following product solutions, which are already successfully installed in several hydrogen storage and line pipe projects.
voestalpine Tubulars has the essential know-how in steel and tube production, the long-term experience in connection development and manufacturing for the oil and gas industry as well as the testing capabilities to design the optimal product solutions – all these parameters are prerequisite for safe use of hydrogen too.
Therefore, the company already offers the following product solutions, which are already successfully installed in several hydrogen storage and line pipe projects.
VAhyper®
Tailor-made casing & tubing grades
Tailor-made Line Pipe grades for distribution lines
Additional products and solutions available upon request.
Efficient hydrogen storage in salt caverns with VAhyper®
Hydrogen storage in salt caverns provides a secure and efficient method for long-term hydrogen storage. Using our VAhyper®, the gas is compressed into underground cavities formed through the process of solution mining. These salt caverns are ideal for storing the smallest gas molecules (H2), due to their gas-tight properties.
The surrounding salt formation is almost impermeable, preventing any hydrogen from escaping. Before storage begins, the salt caverns are carefully prepared and tested for leak-tightness. When needed, the stored hydrogen can be withdrawn and, for example, fed into the distribution network.
Hydrogen storage in salt caverns provides a secure and efficient method for long-term hydrogen storage. Using our VAhyper®, the gas is compressed into underground cavities formed through the process of solution mining. These salt caverns are ideal for storing the smallest gas molecules (H2), due to their gas-tight properties.
The surrounding salt formation is almost impermeable, preventing any hydrogen from escaping. Before storage begins, the salt caverns are carefully prepared and tested for leak-tightness. When needed, the stored hydrogen can be withdrawn and, for example, fed into the distribution network.