Hydrothermal carbonisation of sewage sludge using recirculated process water

Keyphrases

• Ash Content 12%
• Calorific Value 12%
• Chemical Oxygen Demand 12%
• Dewaterability 12%
• Dried Sludge 25%
• Elemental Composition 12%
• Energy Recovery 12%
• Filter Cake Resistance 12%
• Fixed Component 12%
• Follow-up Experiment 12%
• Hydrocarbons 12%
• Hydrochar 37%
• Hydrothermal Carbonization 100%
• Material Recovery 12%
• Mixing Ratio 12%
• Pressure Reactor 12%
• Process Engineering 12%
• Process Water 100%
• Process Water Recirculation 12%
• Reaction Time 12%
• Recycling Rate 12%
• Sewage Sludge 100%
• Time Mixing 12%
• Volatile Components 12%
• Water Mixtures 25%

Chemical Engineering

• Chemical Element 25%
• Chemical Oxygen Demand 25%
• Dewaterability 25%
• Filter Cake 25%
• Hydrochar 75%
• Hydrothermal Carbonization (Htc) 100%
• Process Engineering 25%
• Reactor Pressure 25%
• Sewage Sludge 100%
• Sludge 50%

Engineering

• Ash Content 11%
• Calorific Value 11%
• Chemical Oxygen Demand 11%
• Elemental Composition 11%
• Filter Cake 11%
• Fixed Component 11%
• Hydrochar 33%
• Hydrothermal Carbonization (Htc) 100%
• Mixing Time 11%
• Process Engineering 11%
• Process Water 100%
• Recycling Rate 11%
• Temperature Condition 11%