Resource recovery of inorganic solid waste for reduction of environmental load

Engineering & Materials Science

• Nanocrystals 96%
• Waste incineration 88%
• Solid wastes 78%
• Fly ash 66%
• Dust 65%
• Nickel metal hydride batteries 63%
• Zeolites 51%
• Washing 50%
• Sodium hydroxide 49%
• Recovery 43%
• Water 35%
• Heating 30%
• Catalyst activity 26%
• Positive ions 26%
• Foundries 24%
• Reforming reactions 24%
• Water vapor 24%
• Acids 19%
• Carbon 16%
• Temperature 8%

Physics & Astronomy

• solid wastes 98%
• resources 63%
• incinerators 56%
• fly ash 55%
• recovery 52%
• spinel 37%
• nanocrystals 34%
• metal hydrides 33%
• washing 32%
• dust 32%
• zeolites 29%
• pretreatment 28%
• electric batteries 26%
• water 22%
• nickel 20%
• foundries 16%
• catalytic activity 16%
• products 16%
• heating 16%
• water vapor 12%
• acids 11%
• examination 10%
• cations 10%
• transition metals 10%
• carbon 8%
• room temperature 7%
• matrices 7%

Chemical Compounds

• Waste Incineration 100%
• Solid Waste 79%
• Cupola 74%
• Dust 71%
• Nanocrystal 52%
• Zeolite 32%
• Foundry 30%
• Reduction 29%
• Water Vapor 20%
• Toxic 16%
• Transition Element 15%
• Amorphous Material 14%
• Cation 12%
• Ambient Reaction Temperature 12%
• Carbon Atom 10%
• Acid 7%
• Surface 6%