Burckhardt compressor packages for hydrogen facility

Burckhardt Compression AG was selected to supply high-pressure compressors for a Hydrogen Trailer Filling Facility in Northwestern Europe. (Image: Burckhardt Compression)

Burckhardt Compression AG will supply three vertical, oil-free H2 compressors for a Hydrogen Trailer Filling Facility set to be established in Northwestern Europe.

This initiative marks a crucial step in bolstering the region’s green energy capabilities and underscores the growing importance of sustainable fuel alternatives.

The supplied 450 bar hydrogen compressor packages are designed for high efficiency and reliability, capable of supplying 250kg/h of hydrogen. This capacity is sufficient to fill approximately 35 cars or up to 8 trucks per hour, significantly enhancing the operational efficiency of hydrogen fueling stations. Featuring Burckhardt Compression’s in-house developed BC Redura and Persisto oil-free sealing ring system technologies, these compressors are set to be delivered as single lift units, streamlining installation and maintenance processes.

Hydrogen Trailer Filling Facilities are vital components in the hydrogen fuel supply chain, enabling the efficient distribution of hydrogen to fueling stations across various locations. These facilities fill trailers with high-pressure hydrogen gas, which is then transported to hydrogen fueling stations where it is used to fuel vehicles such as cars and trucks. This infrastructure is essential for the widespread adoption of hydrogen as a clean energy source, facilitating the transition towards a more sustainable and eco-friendly transportation sector.

Burckhardt Compression, a global leader in providing compression solutions with decades of expertise and innovation in oil-free hydrogen compression solutions, has been at the forefront of developing technology for energy and mobility applications. The selection of Burckhardt Compression for this project follows the company’s successful delivery of compressors for heavy-duty 350bar H2 filling units and highlights the strong collaborative relationship between the technical teams.