Unlocking Hydrogen's Potential with the Fueiceel® Research Grade AEM Electrolyzer

The future of energy lies in hydrogen—a clean, efficient, and sustainable fuel that could revolutionize how we power our world. At SCI Materials Hub, we're proud to be part of this transformation with our Fueiceel® Research Grade (AEMMEA4a) 4 cm² AEM Electrolyzer. Designed specifically for experimental research, this cutting-edge electrolyzer hardware enables scientists and engineers to explore new frontiers in hydrogen production and electrochemical innovation.

Why AEM Electrolysis?

Anion exchange membrane (AEM) electrolysis is rapidly emerging as a game-changer in the hydrogen production industry. Unlike traditional methods, AEM technology offers:

• Lower Costs: Reduced dependence on precious metals like platinum and iridium.
• High Efficiency: Enhanced performance at lower operating voltages.
• Scalability: A path toward large-scale, economically viable hydrogen production.

To maximize these advantages, researchers need hardware that meets the rigorous demands of cutting-edge experimentation. That’s where the Fueiceel® AEM Electrolyzer comes in.

Key Features of the Fueiceel® AEM Electrolyzer

The Fueiceel® AEMMEA4a electrolyzer is more than just a piece of equipment—it’s a tool for innovation. Here’s what makes it stand out:

1. Advanced Flow Field Design
   Its serpentine flow field ensures consistent reactant flow and efficient mass transfer, critical for achieving uniform current density and reliable performance during experiments.

2. Flexible Electrode Materials
   Tailored for research flexibility, the electrolyzer supports a variety of high-performance electrode materials, including:

   • Cathode: Raney nickel mesh, FeCoNi/nickel fiber paper, Pt/Carbon Paper, PtRu/Carbon Paper etc.
   • Anode: NiFeOx/stainless steel fiber paper, NiFeOx/nickel fiber paper, Ir/nickel fiber paper etc.

3. Exceptional Performance
   With the right combination of electrodes, the Fueiceel® has demonstrated outstanding results. For example:

   • Using Youveim® E340PT (1 mg/cm² Ir - Platinized Ti Fiber Paper) as the anode and DiffuCarb® E243c (0.5 mg/cm² 50% PtRu/HSC - carbon paper) as the cathode, it achieved 6.3 A/cm² at 2V and 80°C.

4. Customizable for Your Needs
   The hardware can be purchased with or without a membrane electrode assembly (MEA). For researchers looking for a complete solution, we also offer fully assembled units with a performance report.

The Role of Research-Grade Electrolyzers in Hydrogen Innovation

Hydrogen production is at the heart of the energy transition, and AEM electrolysis is helping us get there faster. With tools like the Fueiceel® electrolyzer, researchers can explore:

• New catalysts and electrode materials to drive down costs.
• Enhanced operating conditions to boost efficiency and durability.
• Scalable designs to pave the way for commercial adoption.

Why Choose SCI Materials Hub?

At SCI Materials Hub, we’re committed to empowering researchers with the tools they need to succeed. Our products are backed by rigorous engineering, thorough testing, and a dedication to quality.

The Fueiceel® AEM Electrolyzer isn’t just a piece of hardware—it’s a gateway to the future of clean energy.

Ready to Transform Your Research?

Explore the potential of hydrogen with the Fueiceel® Research Grade (AEMMEA4a) 4 cm² AEM Electrolyzer. Whether you’re developing next-generation electrodes or testing innovative catalysts, we’re here to support your journey.

Visit SCI Materials Hub or contact us today to learn more about how we can help accelerate your research and drive the energy transition forward.