Integration of thermochemical conversion processes for waste-to-energy: A review

Keyphrases

• Anoxygenic 20%
• Aqueous Phase Reforming 20%
• Chemical Engineers 20%
• Climate Change Mitigation 20%
• Conversion Process 60%
• Conversion System 40%
• Copyright 20%
• Energy Efficiency 40%
• Energy Recovery 20%
• Further Development 20%
• High Temperature 20%
• Hydrothermal Carbonization 20%
• Integrated Hybrid 20%
• Overall Efficiency 20%
• Oxygenic 20%
• Pyro-gasification 20%
• System Configuration 20%
• Thermochemical Conversion 100%
• Waste Conversion 80%
• Waste Problem 20%
• Waste-to-energy 100%

Engineering

• Aqueous-Phase Reforming 16%
• Chemical Engineer 16%
• Climate Change 16%
• Conversion Process 100%
• Energy Conservation 16%
• Energy Efficiency 16%
• Energy Engineering 16%
• Gasification 16%
• Pyrolysis 16%
• Thermochemical Conversion 100%
• Waste to Energy 100%

Earth and Planetary Sciences

• Climate Change 11%
• Energy Efficiency 11%
• Energy Process 11%
• Energy Recovery 11%
• Gasification 11%
• Planetary Atmosphere 11%
• Pyrolysis 11%
• Thermochemical 100%