Hydrogen, Electrolyzer and Fuel Cell

Hydrogen Fuel Cells: Clean Power for a Sustainable Future

Learn how hydrogen fuel cells generate zero-emission power, where PEM and SOFC systems are used, and what cost and infrastructure barriers affect adoption.

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Hydrogen as a Shielding Medium Against Cosmic Radiation: A Technical Analysis

Technical analysis of hydrogen radiation shielding for spacecraft, including secondary neutron mitigation, areal density trade-offs, cryogenic storage limits, and design options.

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Radiolysis for Hydrogen Production: Mechanisms, Yields, and Applications in Nuclear Science

Technical primer on water radiolysis for hydrogen production, covering reaction mechanisms, G-values by radiation type, and safety applications in nuclear systems.

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Techno-Economic Assessment of Hybrid Offshore Oil-Hydrogen Platforms

Technical primer on offshore hydrogen co-production via SMR with CCS and flare-gas electrolysis, covering emissions, footprint, TRL, and retrofit trade-offs.

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Calcium Hydride for Emergency Hydrogen Supply: A Scientific Overview

Scientific overview of calcium hydride for emergency hydrogen supply, covering hydrolysis, hydrogen yield, safety controls, and comparison with other hydrides.

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Retrofitting Natural Gas Turbines for Hydrogen Use: Technical Challenges and Advances

Technical overview of retrofitting natural gas turbines for hydrogen use, covering combustor redesign, embrittlement risks, controls, NOx management, and blend limits.

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Confinement Effects on Hydrogen Explosion Severity: A Scientific Analysis

Scientific analysis of confined hydrogen explosions, covering pressure buildup, flame acceleration, DDT risk, enclosure geometry, and CFD or vessel testing methods.

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Ventilation Design for Indoor Hydrogen Storage: Quantitative Safety Considerations

Technical guide to indoor hydrogen storage ventilation design, covering 12-20 ACH, CFD dispersion modeling, sensor placement, and ATEX/IECEx equipment.

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Thermochemical Cycles for Industrial Byproduct Integration: Technical Analysis and Research Directions

Technical primer on Cu-Cl thermochemical water splitting for industrial waste heat recovery, covering process steps, steel mill integration, materials, and scale-up.

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