Mechanistic Study of Arsenate Adsorption onto Different Amorphous Grades of Titanium (Hydr)Oxides Impregnated into a Point-of-Use Activated Carbon Block

Engineering & Materials Science

• Titanium oxides 100%
• Activated carbon 83%
• Arsenic 73%
• Adsorption 66%
• Carbon 51%
• Titanium 35%
• Potable water 15%
• Carcinogens 9%
• Organic chemicals 9%
• Surface diffusion 9%
• Sol-gels 8%
• Acetic acid 8%
• Isotherms 7%
• Impregnation 7%
• Adsorbents 7%
• Pore size 7%
• Chemical properties 6%
• Water 6%
• Crystalline materials 6%
• Ethanol 6%
• Physical properties 5%
• Pressure drop 5%
• Mass transfer 5%
• Oxidation 5%

Earth & Environmental Sciences

• arsenate 80%
• titanium 66%
• activated carbon 62%
• oxide 50%
• adsorption 46%
• arsenic 44%
• carbon 38%
• removal 9%
• drinking water 9%
• chemical pollutant 8%
• arsenite 8%
• distribution area 7%
• carcinogen 7%
• organic pollutant 6%
• acetic acid 6%
• mass transport 6%
• pressure drop 6%
• ethanol 5%
• chemical property 5%
• gel 5%
• isotherm 5%
• household 5%
• physical property 4%
• test 4%
• surface area 4%
• filter 4%
• well 4%
• oxidation 4%
• water 3%
• exposure 3%
• method 1%

Chemical Compounds

• Amorphous Material 47%
• Block Like Crystal 46%
• Oxide 36%
• Adsorption 33%
• Carbon Atom 26%
• Drinking Water 11%
• Pressure Drop 7%
• Pore Size Distribution 5%
• Impregnation 4%
• Mass Transfer 4%
• Environmental Pollutant 4%
• Isotherm 4%
• Acetic Acid 4%
• Adsorbent 4%
• Ethanol 3%
• Surface Area 3%
• Diffusion 3%
• Column Like Crystal 3%
• Volume 3%
• Oxidation Reaction 2%