Xaver Karsunke, Vice President Specialties at Clariant Catalysts, said: “We are delighted to partner with SYPOX to optimize and manufacture the high-performance catalyst for the first 10 MW e-SMR plant. SYPOX technology revolutionizes the reforming process and supports syngas production. This system is expected to be both the largest of its kind–and the first in commercial operation.”
Martin Baumgaertl, Chief Technology Officer at SYPOX, emphasized the strategic collaboration: “As pioneers in technologies that electrify chemical processes, we are pleased to collaborate with a globally-renowned catalyst technology partner like Clariant. We look forward to working closely together to deliver this e-SMR to our client.”
Founded in 2021, SYPOX originated from the Technical University of Munich with initial funding support from the German Ministry of Economy. The company has developed an innovative approach to decarbonizing chemical production through the electrification of conventional processes, including steam methane reforming.
Traditional SMR methods rely on fossil fuel combustion outside reactor tubes, making the process highly energy-intensive and emission-heavy. In contrast, SYPOX’s reformers directly electrify the chemical conversion inside the reactor. This design makes the system nearly two orders of magnitude more compact, offering enhanced efficiency and operational simplicity. The approach not only reduces environmental impact but also improves profitability and sustainability for industrial applications.
The flexibility of the SYPOX design allows it to be adapted for both small-scale modular uses and large industrial facilities. By replacing conventional energy sources with renewable electricity, the technology creates opportunities to align syngas production with global goals for low-carbon industrial development.
For Clariant, the agreement highlights its commitment to supporting sustainable chemical solutions through advanced catalyst technologies. The collaboration with SYPOX positions both companies at the forefront of efforts to transform chemical production and reduce emissions from one of the most energy-intensive industrial processes.
The e-SMR project demonstrates the potential of combining technological innovation with renewable energy integration. Once operational, the plant is expected to serve as a model for future large-scale applications, showcasing how syngas can be produced with lower emissions while maintaining efficiency and reliability in operations.
