**HOLBORN Taps Topsoe Technology for German Renewable Fuels Complex**
In a significant move towards reducing carbon emissions and bolstering sustainable energy production, HOLBORN Europa Raffinerie GmbH has selected Topsoe AS to provide its advanced HydroFlex technology for a groundbreaking grassroots renewable fuels production complex in Hamburg, Germany. This strategic partnership aims to transform HOLBORN’s existing refinery into a cutting-edge facility capable of processing waste and residue feedstocks into high-quality Sustainable Aviation Fuel (SAF) and renewable diesel.
HOLBORN’s commitment to the energy transition is evident in its ambitious plan to develop a comprehensive renewable fuels complex within its existing refinery, which processes up to 5 million tonnes of crude oil annually to produce gasoline, diesel, heating oil, and chemical feedstocks. The new facility is designed to produce approximately 220,000 tons of renewable diesel and SAF each year, utilizing organic fats, oils, and greases.
Topsoe’s HydroFlex technology has been chosen for its unparalleled ability to convert diverse organic materials into drop-in renewable jet and diesel fuels that meet all global specifications. This state-of-the-art technology can be deployed in both grassroots units and revamps for co-processing or fully renewable applications, making it an ideal solution for HOLBORN’s innovative project.
Elena Scaltritti, Chief Commercial Officer at Topsoe, emphasized the significance of this collaboration: “Supporting the energy transition requires a cleaner long-distance transportation sector. Increasing the production of SAF and renewable diesel is a crucial step in achieving this goal. We are thrilled to partner with HOLBORN as they spearhead the rollout of SAF in Northern Europe through their Hamburg plant.”
Lars Bergmann, Managing Director of HOLBORN Hamburg refinery, highlighted the importance of leveraging the best technology to meet the high standards required for this project. “Our commitment to the energy transition necessitates the use of advanced technology. We