"Breaking the Green Hydrogen Cost Ceiling: A Next-Gen ""20% Energy-Saving"" Dual-Benefit AEM Electrolysis System"
Technology Introduction:
Disrupting water electrolysis, this tech couples a Value-Added Anodic Reaction (VAAR) with hydrogen evolution, replacing oxygen evolution with high-value FDCA from bio-based HMF. This dramatically lowers the potential, cutting energy consumption to 3.63 kWh/m3_H2 (20%+ energy savings). Using a green chitosan composite AEM and noble-metal-free catalysts, it achieves material autonomy and shatters cost barriers via a dual-benefit business model.
Industrial Applications:
This ampere-scale MEA system shatters green hydrogen cost barriers through a dual-benefit business model. It lowers power bills with 3.63 kWh/m3 low-energy operation, while the anode co-produces high-value FDCA (a bio-plastic raw material) to cross-subsidize hydrogen costs and shorten ROI. Featuring seamless integration with chemical plants and total material autonomy (domestic chitosan AEM and noble-metal-free catalysts), it secures supply chain resilience.
National Taiwan University of Science And Technology
National Taiwan University of Science and Technology (NTUST) is Taiwan's premier university of science and technology, emphasizing innovation, engineering, design, and industry collaboration.
Contact Information
Name：Wei-Nien Su
Tel：02-2733-3141 #6899
Address：No.43, Keelung Rd., Sec.4, Da’an Dist., Taipei 10607, Taiwan
