Enhanced hydrogen production from biomass gasification by in-situ CO₂ capture with Ni/Ca-based catalysts

Keyphrases

• Biomass Gasification 100%
• Hydrogen Production from Biomass 100%
• Ca-based Catalyst 100%
• In Situ CO2 Capture 100%
• Enhanced Hydrogen Production 100%
• CaO Catalyst 75%
• Hydrogen Production 50%
• Stability Test 50%
• Energy Consumption 25%
• CO2 Adsorption 25%
• Fixed Bed 25%
• Low CO2 25%
• Traditional Technology 25%
• Water-gas Shift Reaction 25%
• H2 Yield 25%
• Deactivation 25%
• X Ray Diffraction 25%
• Comprehensive Investigation 25%
• Catalytic Activity 25%
• Catalytic Stability 25%
• Reaction Temperature 25%
• CO2 Capture 25%
• Steam Flow Rate 25%
• Sol-gel Method 25%
• Water Steam 25%
• Heat Release 25%
• Reform Process 25%
• N2 Adsorption 25%
• CO2 Yield 25%
• Clean Energy 25%
• Ni Catalyst 25%
• Field Emission Scanning Electron Microscopy (FE-SEM) 25%
• Pine Sawdust 25%
• X-ray Field 25%
• Sintering Resistance 25%
• Steam Reforming 25%
• Gas Concentration 25%
• CO2 Capture Performance 25%
• Reformed Gas 25%
• Ni Loading 25%
• Gasification for Hydrogen 25%
• CaO-based Adsorbents 25%
• Hydrogen Purity 25%
• Addition Energy 25%
• Biomass Raw Material 25%

Engineering

• Carbon Dioxide Capture 100%
• Hydrogen Production 100%
• Biomass Gasification 100%
• Adsorption 50%
• Stability Test 50%
• Energy Engineering 25%
• Fixed Bed 25%
• Ray Diffraction 25%
• Enzymatic Activity 25%
• Steam Flow Rate 25%
• Sintering 25%
• Renewables 25%
• Steam Reforming 25%
• Raw Biomass 25%
• Heat Release 25%
• Clean Energy 25%
• Optimum Condition 25%
• Field-Emission Scanning Electron Microscopy 25%
• Pine Sawdust 25%
• Sol-Gel Process 25%
• Conventional Technology 25%
• Water Gas Shift Reaction 25%

Chemical Engineering

• Hydrogen Production 100%
• Adsorption 66%
• Desorption 33%
• Water-Gas Shift 33%