Thermodynamic foundation of the zero emission concept

Engineering & Materials Science

• Thermodynamics 89%
• Coal 85%
• Power plants 63%
• Fuel cells 46%
• Gases 44%
• Hydrogenation 32%
• Steam reforming 31%
• Spent fuels 30%
• Gas fuels 29%
• Air 28%
• Conversion efficiency 27%
• Smoke 26%
• Gasification 26%
• Impurities 25%
• Nitrogen 24%
• Hydrogen 20%
• Liquids 17%
• Water 14%
• Hot Temperature 12%

Chemical Compounds

• Coal 100%
• Thermodynamics 64%
• Gas 41%
• Fuel Gas 37%
• Spent Fuel Radioactive Waste 34%
• Gasification 29%
• Smoke 29%
• Steam Reforming 29%
• Environmental Pollutant 21%
• Fuel 21%
• Heat 19%
• Hydrogenation 19%
• Nitrogen 15%
• Liquid 14%
• Hydrogen 13%

Earth & Environmental Sciences

• thermodynamics 80%
• coal 39%
• power plant 38%
• fuel cell 33%
• gas 22%
• fuel gas 20%
• air 16%
• gasification 15%
• smoke 14%
• stack 13%
• hydrogen 11%
• liquid 8%
• nitrogen 8%
• pollutant 8%
• atmosphere 8%
• water 4%