Mass transfer and bioavailability of PAH compounds in coal tar NAPL- slurry systems. 2. Experimental evaluations

Earth & Environmental Sciences

• coal tar 77%
• nonaqueous phase liquid 74%
• aromatic hydrocarbon 65%
• bioavailability 58%
• slurry 58%
• mass transfer 52%
• naphthalene 26%
• partitioning 20%
• test 19%
• rate 16%
• biomineralization 15%
• kinetics 15%
• liquid 14%
• biotransformation 14%
• phenanthrene 13%
• biodegradation 10%
• protocol 10%
• degradation 8%

Engineering & Materials Science

• Biological Availability 100%
• Coal tar 89%
• Aromatic hydrocarbons 88%
• Mass transfer 54%
• Dissolution 48%
• Naphthalene 42%
• Liquids 30%
• Biomineralization 27%
• Biotransformation 26%
• Biodegradation 21%
• Degradation 10%
• Experiments 5%

Chemical Compounds

• Bioavailability 60%
• Coal 59%
• Mass Transfer 51%
• Arene 49%
• Naphthalene 27%
• Multicomponent Reaction 26%
• Dissolution 22%
• Biomineralization 18%
• Phenanthrene 17%
• Biodegradation 16%
• Liquid 8%