Hydrogen, Electrolyzer and Fuel Cell

Polymer Compatibility with Hydrogen: Permeation, Degradation, and Applications

Scientific overview of PTFE, HDPE, and PEEK in hydrogen service, covering permeation, mechanical degradation, testing standards, and application fit.

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Carbon Fiber-Reinforced Polymer (CFRP) for High-Pressure Hydrogen Storage Tanks

Learn how CFRP enables high-pressure hydrogen storage tanks through low weight, fatigue resistance, and low permeability, plus key manufacturing tradeoffs.

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Advanced Recycling Methodologies for End-of-Life Hydrogen Storage Tanks

Technical primer on end-of-life recycling of CFRP hydrogen storage tanks, covering decommissioning, pyrolysis, chemical recovery, and regulatory factors.

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Comparative Life Cycle Assessment of Hydrogen Carriers: Ammonia vs. LOHCs

Compare ammonia and LOHC hydrogen carriers across synthesis, transport, and reconversion, with LCA insight for emissions, energy demand, and system tradeoffs.

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Metal-Organic Framework Membranes for Advanced Electrolysis Applications

Technical overview of MOF membranes for PEM and AEM electrolysis, covering ion transport, stability, composite design, and recent synthesis advances.

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Radiolysis for Hydrogen Production: Mechanisms, Efficiency, and Applications in Nuclear and Space Environments

Technical primer on water radiolysis for hydrogen production, covering reaction mechanisms, efficiency limits, and safety relevance in nuclear and space environments.

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Technological Advances in Small-Scale and Modular Ammonia Production

Explore small-scale and modular ammonia production, including electrolyzers, SMR with CCUS, adapted Haber-Bosch systems, and key use cases for local supply.

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Cybersecurity Imperatives for Hydrogen Infrastructure: A Scientific Analysis

This technical analysis examines cybersecurity vulnerabilities in hydrogen infrastructure, including ICS/SCADA threats and NIST mitigation strategies.

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Hydrogen Embrittlement in Copper and Copper Alloys: Mechanisms and Mitigation

Learn how hydrogen embrittlement affects copper and copper alloys through blistering, grain boundary weakening, and conductivity loss, plus mitigation methods.

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