Removal of VOCs from waste gases using various thermal oxidizers: A comparative study based on life cycle assessment and cost analysis in China

Earth & Environmental Sciences

• cost analysis 99%
• waste gas 97%
• volatile organic compound 70%
• comparative study 70%
• life cycle 63%
• incinerator 59%
• electricity 45%
• removal 41%
• cost 40%
• oxidation 33%
• fuel consumption 30%
• energy recovery 30%
• environmental performance 28%
• environmental economics 27%
• energy consumption 23%
• natural gas 22%
• environmental impact 20%
• combustion 19%
• software 16%
• decision 16%
• energy 12%
• water 7%
• method 5%

Business & Economics

• Life Cycle Assessment 100%
• Life Cycle Cost 92%
• Cost Analysis 89%
• Comparative Study 71%
• Gas 63%
• China 39%
• Oxidation 38%
• Scenarios 29%
• Electricity 26%
• Energy 23%
• Combustion 19%
• Fuel Consumption 19%
• Decision Support Tools 18%
• Life Span 17%
• Selection Criteria 16%
• CO2 Emissions 15%
• Natural Gas 14%
• Alternatives 14%
• Environmental Performance 14%
• Environmental Impact 14%
• Energy Consumption 14%
• Economic Performance 13%
• Costs 11%
• Water 11%
• Software 10%

Engineering & Materials Science

• Volatile organic compounds 94%
• Life cycle 67%
• Gases 44%
• Refuse incinerators 41%
• Hot Temperature 37%
• Costs 29%
• Catalytic oxidation 23%
• Electricity 22%
• Combustion chambers 16%
• Gas emissions 15%
• Environmental impact 14%
• Fuel consumption 14%
• Oxidation 13%
• Natural gas 13%
• Energy utilization 10%
• Recovery 10%
• Economics 9%
• Water 8%