American-Made Hydrogen Technology
HyperCellX designs and manufactures hydrogen production, storage, and purification systems in the United States. Our equipment serves research laboratories, industrial facilities, and clean energy projects requiring reliable, scalable hydrogen solutions.
Hydrogen Electrolyzers
Our electrolyzer systems split water into hydrogen and oxygen using electrical current. HyperCellX offers alkaline and AEM (Anion Exchange Membrane) electrolyzer configurations designed for different output requirements and integration scenarios.
Electrolyzer selection depends on factors including required hydrogen output (Nm³/hr), input water quality, available power supply, and space constraints. Our engineering team helps match the right system to your specific application.
Hydrogen Storage Systems
Hydrogen storage presents unique engineering challenges due to the element's low density and high diffusivity. HyperCellX provides two primary storage approaches: compressed gas systems and solid-state metal hydride storage.
ASME-certified pressure vessels offer high-capacity storage for facilities with adequate safety infrastructure. Metal hydride systems store hydrogen at lower pressures by absorbing it into specialized alloys, making them suitable for applications where high-pressure systems are impractical.
Gas Conditioning & Purification
Many applications require hydrogen purity levels beyond what electrolyzers produce directly. Our gas conditioning systems remove moisture, oxygen, and trace contaminants to achieve the purity specifications required for fuel cells, laboratory research, and industrial processes.
Frequently Asked Questions
What is the difference between alkaline and AEM electrolyzers?
Alkaline electrolyzers use a liquid potassium hydroxide electrolyte and offer proven reliability at lower capital costs. AEM (Anion Exchange Membrane) electrolyzers use a solid polymer membrane, enabling operation with pure water input and more compact system designs. The best choice depends on your output requirements, water supply, and operational preferences.
What hydrogen storage method is right for my application?
Compressed gas storage in ASME pressure vessels suits facilities with space for safety setbacks and personnel trained in high-pressure gas handling. Metal hydride storage works well for applications requiring lower operating pressures, portable systems, or locations where high-pressure vessels are restricted. Contact our team to discuss your specific requirements.
Are HyperCellX products manufactured in the United States?
Yes. HyperCellX designs and manufactures hydrogen systems in the USA. American manufacturing allows us to maintain quality control, provide responsive technical support, and meet domestic content requirements for projects utilizing federal incentives.
Can I get a custom hydrogen system designed for my specific needs?
Yes. Our engineering team works with partners to design systems optimized for specific output, integration, and environmental parameters. Use the contact form on this page to discuss custom solutions, feasibility assessments, and prototype development.
What purity levels can your purification systems achieve?
Our gas conditioning systems can achieve hydrogen purity levels suitable for PEM fuel cells and laboratory applications. Specific purity specifications depend on the system configuration and your input gas quality. Contact us with your purity requirements for a technical consultation.
Tailored Systems for Complex Energy Applications
Looking for a Custom Hydrogen Solution?
Reach out via the form or call us directly at 1-857-919-3711
Every project has unique performance demands. Our engineering team collaborates with partners to design and build hydrogen systems optimized for specific output, integration, and environmental parameters — from advanced electrolyzer configurations to full-stack purification and storage architectures.
Connect with our specialists to discuss custom solutions, feasibility assessments, and prototype development that align with your operational goals.