Compaction of a zirconium metal-organic framework (UiO-66) for high density hydrogen storage applications

Keyphrases

• Storage Applications 100%
• Compaction 100%
• UiO-66 100%
• Zirconium Metal-organic Frameworks 100%
• High-density Hydrogen Storage 100%
• Metal-organic Frameworks (MOFs) 83%
• Gravimetric Method 33%
• Volumetric Capacity 33%
• United States 16%
• Densification 16%
• Compaction Pressure 16%
• Hydrogen Storage 16%
• Adsorbent 16%
• High Pressure 16%
• Single Crystal 16%
• Single Material 16%
• State Department 16%
• Packing Density 16%
• Hydrogen Storage Capacity 16%
• H2 Uptake 16%
• Volumetric Uptake 16%
• Department of Energy 16%
• Skeletal Density 16%
• Storage Targets 16%
• Very High Pressure 16%
• Crystal Density 16%

Engineering

• Hydrogen Storage 100%
• Conventional Method 33%
• Densification 33%
• Compaction Pressure 33%
• Department of Energy 33%
• Storage Capacity 33%
• Single Material 33%
• Packing Density 33%
• Microporosity 33%
• Original Surface 33%

Material Science

• Density 100%
• Metal-Organic Framework 100%
• Zirconium 100%
• Powder 50%
• Adsorbent 16%
• Single Crystal 16%