Reducing environmental impacts of metal (hydr)oxide nanoparticle embedded anion exchange resins using anticipatory life cycle assessment

Earth & Environmental Sciences

• metal oxide 86%
• nanocomposite 84%
• environmental health 79%
• ion exchange 68%
• nanoparticle 68%
• resin 65%
• life cycle 60%
• human health 60%
• environmental impact 57%
• health impact 53%
• heating 35%
• titanium dioxide 30%
• pollutant removal 29%
• drinking water treatment 28%
• oven 26%
• energy demand 26%
• iron oxide 23%
• hydrolysis 22%
• chromium 22%
• arsenic 21%
• sustainable development 20%
• drinking water 18%
• pollutant 14%
• removal 13%
• method 10%
• material 10%
• distribution 8%

Engineering & Materials Science

• Negative ions 100%
• Sorbents 91%
• Nanoparticles 73%
• Environmental impact 70%
• Resins 66%
• Life cycle 63%
• Oxides 63%
• Metals 47%
• Nanocomposites 33%
• Potable water 26%
• Health 23%
• Arsenic 15%
• TiO2 nanoparticles 15%
• Heating 15%
• Iron oxides 13%
• Water treatment 13%
• Pressurization 12%
• Hydrolysis 12%
• Ovens 12%
• Chromium 11%
• Sustainable development 9%

Chemical Compounds

• Anion Exchange Resin 86%
• Sorbent 64%
• Oxide 39%
• Nanoparticle 37%
• Metal 33%
• Nanocomposite 20%
• Environmental Pollutant 17%
• Titanium Dioxide Nanoparticle 14%
• Drinking Water 10%
• Hydrolysis 6%
• Energy 4%
• Solvent 4%
• Time 3%