Innovative Partnership: Clariant Catalyst Powers INERATEC's Advanced E-Fuels Plant in Germany
Key Ideas
  • The ShiftMax 100 RE catalyst from Clariant is instrumental in powering INERATEC's advanced e-fuels production plant in Germany, recycling 8000 tpy of CO2 into 2500 t of synthetic fuels and waxes.
  • The partnership between Clariant and INERATEC marks a significant step in sustainable fuel technology, catering to the increasing global demand for sustainable aviation fuels and addressing corporate sustainability commitments.
  • INERATEC's commitment to de-fossilizing the world by producing e-fuels and e-chemicals at scale aligns with Clariant's goal to bridge the gap between conventional and renewable energy systems through innovative catalyst technologies.
  • The e-fuels produced at the facility are drop-in replacements for conventional fuels, offering a near-term solution for sectors like aviation, where electrification is challenging, due to their compatibility with existing engines and infrastructure.
Clariant, a specialty chemical company focusing on sustainability, has introduced its ShiftMax 100 RE catalyst in the newly launched INERATEC's e-fuels production plant, 'ERA ONE,' situated in Frankfurt Hoechst, Germany. This innovative facility aims to recycle 8000 tons per year of CO2 to produce up to 2500 tons of synthetic fuels and waxes annually, making it one of the largest power-to-liquids operations worldwide. The collaboration between Clariant and INERATEC signifies a significant advancement in sustainable fuel technology, meeting the increasing demand for eco-friendly aviation fuels driven by regulations and corporate sustainability goals. INERATEC, based in Karlsruhe, Germany, focuses on producing e-fuels and e-chemicals using renewable hydrogen and biogenic CO2 for industries like aviation and shipping. Clariant's ShiftMax 100 RE catalyst plays a crucial role in the e-fuels production process, offering efficiency in converting green hydrogen and captured CO2 into renewable syngas for synthetic fuels. The catalyst's selectivity, resistance to coking, and high-temperature stability contribute to enhanced productivity and durability, essential for economic viability. The e-fuels from this plant act as direct substitutes for traditional fuels, requiring no modifications to existing engines or infrastructure, making them a feasible solution for challenging sectors like aviation. This partnership exemplifies a joint effort towards global sustainability, emphasizing the transition from conventional to renewable energy sources through cutting-edge catalyst technologies.
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