Adsorbing Volatile Organic Compounds within Bitumen Improves Colloidal Stability and Air Quality

Engineering & Materials Science

• Asphaltenes 97%
• Volatile organic compounds 92%
• Air quality 84%
• Aliphatic compounds 36%
• Density functional theory 28%
• Aging of materials 23%
• Olefins 22%
• Paraffins 22%
• Vaporization 21%
• Chemical analysis 18%
• Agglomeration 16%
• Aromatic compounds 14%
• Molecular modeling 14%
• Health 14%
• Algae 13%
• Feedstocks 9%
• Molecules 9%
• Adsorption 9%
• Biomass 8%
• Deterioration 8%
• Resins 8%
• Physical properties 8%

Earth & Environmental Sciences

• bitumen 84%
• volatile organic compound 69%
• air quality 64%
• asphaltene 59%
• biochar 20%
• aliphatic compound 18%
• loss 16%
• alkene 15%
• volatilization 13%
• alkane 12%
• human health 10%
• shell 9%
• biomass feedstock 9%
• air quality impact 9%
• bark 7%
• aromatic compound 7%
• agglomeration 6%
• stack 5%
• resin 5%
• pine 5%
• alga 5%
• chemical composition 5%
• physical property 4%
• adsorption 4%
• matrix 3%
• modeling 2%
• distribution 2%

Chemical Compounds

• Bitumen 100%
• Volatile Organic Compound 79%
• Aliphatic Compound 16%
• Vaporization 13%
• Alkene 9%
• Birch Reduction 8%
• Density Functional Theory 7%
• Agglomeration 6%
• Aromatic Compound 6%
• Molecular Modeling 5%
• Rheology 5%
• Gas Chromatography Mass Spectrometry (GCMS) 4%
• Surface 4%
• Modification 3%
• Adsorption 3%
• Reduction 2%
• Molecule 2%