Removal of alkali metals for the enhancement of fast pyrolysis process: Master's thesis

Keyphrases

• Fast Pyrolysis Process 100%
• Alkali Metals 100%
• Master's Thesis 100%
• Fixed Asset Investment 100%
• Economic Potential 50%
• Nitric Acid 50%
• Operating Cost 50%
• Sensitivity Analysis 50%
• Pyrolysis Process 50%
• Power Consumption 50%
• Forest Residues 50%
• Detrimental Effects 50%
• Alkali 50%
• Sodium Hydroxide 50%
• Mass Balance 50%
• Cost-based 50%
• Residual Biomass 50%
• Technical Value 50%
• Current Prices 50%
• Fine Particle Size 50%
• Yield Quality 50%
• Biocrude 50%
• Control Instruments 50%
• Wash Process 50%

INIS

• removal 100%
• pyrolysis 100%
• equipment 100%
• alkali metals 100%
• investment 50%
• prices 50%
• units 50%
• capital 50%
• values 25%
• economics 25%
• control 25%
• balances 25%
• design 25%
• residues 25%
• biomass 25%
• power 25%
• particle size 25%
• forests 25%
• yields 25%
• nitric acid 25%
• laboratories 25%
• testing 25%
• operating cost 25%
• income 25%
• mass balance 25%
• drawing 25%
• fine particles 25%
• sodium hydroxides 25%
• sales 25%
• sensitivity analysis 25%
• charts 25%

Chemical Engineering

• Fast Pyrolysis 100%
• Alkali Metal 100%
• Pyrolysis 100%
• Nitric Acid 33%