Durable solid oxide electrolysis cells for hydrogen production

Engineering

• Degradation Rate 100%
• Durables 100%
• Electrolysis Cell 100%
• Hydrogen Production 100%
• Solid Oxide Electrolysis 100%
• Porosity 50%
• Long-Term Durability 50%
• Test Result 50%
• Syngas 50%
• Cell Operation 50%
• Yttria-Stabilised Zirconia 50%
• Barrier Layer 50%
• Flow Path 50%
• Oxygen Electrode 50%
• Electrolyte Layer 50%
• Test Hour 50%
• Power-To-Gas 50%
• Active Layer 50%
• Interdiffusion 50%
• Steam Flow 50%
• Fuel Production 50%
• Diffusion Barrier 50%

Keyphrases

• Hydrogen Production 100%
• Ni-YSZ Electrode 100%
• Solid Oxide Electrolysis Cell 100%
• Electrolysis 60%
• Degradation Rate 40%
• Initial Degradation 40%
• Solid Oxide Cells 20%
• Further Analysis 20%
• Active Layer 20%
• Porosity 20%
• Resistance Resistance 20%
• High Power 20%
• Cobalt 20%
• Gas Efficiency 20%
• Strontium 20%
• Serial Resistance 20%
• Steam Flow 20%
• NiO-YSZ 20%
• Flow Path 20%
• Microstructural Changes 20%
• Syngas 20%
• Electrode Layer 20%
• Fuel Production 20%
• Long-term Durability 20%
• Durability Test 20%
• Polarization Resistance 20%
• Cell Impedance 20%
• Post-mortem Analysis 20%
• Diffusion Barrier Layer 20%
• CO2 Electrolysis 20%
• Cell Operation 20%
• YSZ Electrolyte 20%
• Fuel Electrode 20%
• Gd-doped Ceria 20%
• Oxygen Electrode 20%
• Stable Performance 20%
• Yttria-stabilized Zirconia Support 20%
• Testing Period 20%
• LSCF-CGO 20%
• Interdiffusion Barrier 20%
• Electrolyte Layer 20%
• Power-to-gas 20%
• Lanthanum Ferrite 20%
• Electrochemical Impedance Spectra 20%