https://sisyphus.energy 2025-10-09 daily 1.0 https://sisyphus.energy/assets/images/image02.png https://sisyphus.energy/assets/images/image04.png https://sisyphus.energy/assets/images/image03.png https://sisyphus.energy/assets/images/image05.png https://sisyphus.energy/assets/images/image06.png https://sisyphus.energy/assets/images/image07.png https://sisyphus.energy/assets/images/image12.png https://sisyphus.energy/assets/images/image13.png https://sisyphus.energy/assets/images/image14.png https://sisyphus.energy/assets/images/image01.png https://sisyphus.energy/assets/images/gallery02/775e1a18.jpg Chemicals, polymers, and specialty materials rely on carbon as a feedstock. This can be provided in the form of chemically active renewable CO with the Sisyphus process. https://sisyphus.energy/assets/images/gallery02/69afff8c.jpg Our process can complement biomass gasification in a hybrid BtL/PtL concept. By valorising byproduct CO~2~, we maximise plant capacity and efficiency. https://sisyphus.energy/assets/images/gallery02/32bc9291.jpg Aviation, shipping, and heavy transport require energy-dense fuels. Our technology enables cost-efficient production of renewable e-fuels via upgrading of syngas. https://sisyphus.energy/assets/images/gallery01/a5336aae.jpg With over a decade of experience in the catalyst industry, Tom has developed products with over €100M in sales. He has led business development strategy in Power-to-X and renewable syngas, and his experience blends R&D and market execution skills. https://sisyphus.energy/assets/images/gallery11/3f8fdcfb.jpg Lorenz developed Sisyphus’ core catalyst technology during his PhD and has a deep knowledge of catalysis and materials science. Named one of TU Wien’s “30 under 30” in 2023, he is a data-driven innovator as well as a keen hockey player. https://sisyphus.energy/assets/images/gallery12/654c7256.jpg Christoph is the head of Physical Chemistry at the Technical University of Leoben. His research into catalyst materials and CO~2~ utilisation underpin the company’s technology. Sisyphus benefits from his expertise, support, and access to world class labs. https://sisyphus.energy/assets/images/gallery09/f8ba3829.jpg Markus is leading the chair of Process Engineering in Leoben. He combines industrial experience with academic excellence in the area of energy processes and uses his know-how and resources to support Sisyphus' striving for efficient process simplicity. https://sisyphus.energy/assets/images/image09.png https://sisyphus.energy/assets/images/image10.png https://sisyphus.energy/assets/images/image11.png https://sisyphus.energy/assets/images/image15.png https://sisyphus.energy/assets/images/image16.png https://sisyphus.energy/assets/images/image17.png https://sisyphus.energy/assets/images/image18.png https://sisyphus.energy/assets/images/image19.png https://sisyphus.energy/assets/images/image20.png https://sisyphus.energy/assets/images/image21.png https://sisyphus.energy/assets/images/image22.png https://sisyphus.energy/assets/images/image23.png https://sisyphus.energy/assets/images/image24.png https://sisyphus.energy/assets/images/image08.png https://sisyphus.energy/assets/images/image25.png