HyperCellX is a U.S.-based hydrogen technology company offering electrolyzers, hydrogen storage, purification systems, and engineering services. We design and manufacture hydrogen equipment at our facility in Colorado Springs, Colorado.

Yes. HyperCellX designs and manufactures hydrogen technology in the USA at our Colorado Springs facility. For projects requiring domestic content documentation (Buy American, BABA, etc.), contact us at contact@hypercellx.com with your specific compliance requirements.

HyperCellX serves industrial hydrogen production, energy storage, research and pilot systems, mobility and fueling infrastructure, and on-site hydrogen for manufacturing. We work with OEMs, system integrators, EPCs, research institutions, and end users.

An electrolyzer uses electricity to split water (H₂O) into hydrogen (H₂) and oxygen (O₂) through electrolysis. The hydrogen can then be dried, purified, compressed, stored, and delivered to your process. When powered by renewable energy, electrolysis produces green hydrogen with zero carbon emissions.

HyperCellX specializes in zero-gap alkaline electrolyzers. This design reduces spacing between electrodes to improve efficiency compared to traditional alkaline systems. Our alkaline technology delivers industrial-scale hydrogen production without rare earth metals, keeping costs competitive while maintaining high performance.

HyperCellX offers electrolyzer systems ranging from small benchtop units for research applications up to multi-megawatt industrial stacks. Systems can be configured as standalone stacks or complete turnkey solutions. Contact us with your target hydrogen output (kg/day or Nm³/hr) for sizing recommendations.

Hydrogen output depends on electrical input (kW), system efficiency, operating mode, and pressure/purity requirements. To size a system, provide your target production rate (kg/day or Nm³/hr), available power, and duty cycle. Request a quote at contact@hypercellx.com for specific output calculations.

Yes. Electrolyzers can be paired with renewable energy sources including solar and wind. The engineering considerations involve managing power variability, ramping rates, storage buffering, and electrical integration. HyperCellX can design systems optimized for variable renewable inputs.

Electrolyzers require treated water to protect stack performance and lifespan. The specific water quality requirements depend on the electrolyzer technology and system configuration. Water treatment can be included as part of a complete system package—specifications are provided in product datasheets and quotes.

HyperCellX offers hydrogen storage solutions including metal hydride solid-state storage and compressed gas options. Storage systems are sized based on your production rate, consumption profile, required autonomy, and site constraints. We provide both standalone storage and integrated electrolyzer-storage systems.

Metal hydride storage absorbs hydrogen into a solid-state metal alloy rather than storing it purely as compressed gas. This approach offers advantages in safety profile, storage density at lower pressures, and specific deployment constraints. HyperCellX offers metal hydride storage containers in various capacities.

Hydrogen can be stored safely when systems are properly designed, installed, and operated with appropriate safety engineering. Key factors include ventilation and detection, pressure management and relief, electrical classification, and code compliance. HyperCellX designs storage systems with safety as a core requirement.

Storage sizing depends on production rate (kg/hr), consumption profile (steady vs. variable), required autonomy (hours or days of backup), and downstream pressure requirements. Start by defining how many hours of hydrogen supply you need when production is offline, then contact us for a sizing recommendation.

Often yes, depending on your application's purity and moisture requirements. Fuel cells and sensitive instrumentation typically require high-purity hydrogen (99.999%+), while some industrial processes tolerate lower grades. HyperCellX offers purification and drying systems to meet your target specification.

HyperCellX can configure purification systems for various purity grades from industrial (99.9%) to ultra-high purity (99.999%+). The right purity level depends on your end use: combustion, fuel cells, research, or chemical feedstock. Provide your application requirements and we will recommend the appropriate purification path.

Drying removes moisture from hydrogen to achieve a target dew point. Purification removes other contaminants (oxygen, nitrogen, hydrocarbons) to reach a specified purity grade. Many applications require both drying and purification, which can be integrated into a single system.

Yes. HyperCellX provides end-to-end hydrogen system design including electrolyzers, storage, purification, controls, and safety systems. Scope ranges from engineering consultation to fully integrated turnkey packages. We support projects from concept through commissioning.

HyperCellX provides engineering documentation and system design inputs to support your permitting process. We design to applicable codes and standards for hydrogen systems. Final approval is jurisdiction-specific, so we recommend engaging your Authority Having Jurisdiction (AHJ) early in the project.

Yes. For industrial systems, commissioning support is available including remote and on-site options, operator training, and system validation. Commissioning scope is defined in your project quote—contact us to discuss your startup support requirements.

Contact us at contact@hypercellx.com with your requirements: target hydrogen output (kg/day or Nm³/hr), purity requirement, operating hours per day, available power (kW/voltage/phase), site location, and project timeline. We provide budgetary quotes for early-stage projects and detailed quotes for procurement.

Yes. Smaller items like metal hydride storage containers are available for direct purchase through our online shop. Larger systems such as electrolyzers and custom configurations require a Request for Quote process to ensure proper sizing and configuration for your application.

Yes, HyperCellX ships internationally. Shipping costs, lead times, and export requirements vary by product and destination. International orders are confirmed on a quote basis—contact us with your location for shipping details and feasibility.

Lead times depend on whether products are stocked, made-to-order, or engineered-to-order. Stock items ship within days. Custom electrolyzer systems and engineered solutions have longer lead times based on configuration complexity. Your quote or order confirmation provides the specific lead time for your order.

Yes. HyperCellX supports procurement requirements for government agencies, municipalities, universities, and research institutions. We provide W-9 documentation, formal quote formats, and vendor onboarding paperwork as needed. Contact us at contact@hypercellx.com for procurement support.

Product datasheets are available on individual product pages. Some documentation may require a form submission to ensure you receive the current revision and to connect you with technical support if needed. For specific datasheet requests, contact contact@hypercellx.com.

Yes. For products that support it, HyperCellX provides 3D models, STEP files, and drawings for system integration and site planning. Request the specific file format you need (STEP, DWG, etc.) and we will provide the current revision for your configuration.

Post-purchase support includes documentation, installation guidance, technical support, and spare parts. For industrial deployments, we offer service agreements, preventive maintenance programs, and commissioning support. Contact us to discuss your ongoing support requirements.

Email us at contact@hypercellx.com or use the Contact form on our website. For fastest response, include: product or service of interest, your application, location, target output or capacity, and project timeline.