0.79 ppb (Guangzhou)[] 0.3 ppb (A Coruna)[] 0.04 ppb (London) [] 1-Nonene 0.57 C 124-11-8 n-Nonane 2.5 0.6 ppb (Seul)[] petrol C 111-84-2 0.7 ppb evaporation, (Karachi)[] vehicle 2.1 ppb (Rio de exhaust Janeiro)[] 0.95 ppb (avg from several Towns) [] Methanol 160 8 ppb Solvents, 100 ppm AIMS[] B 67-56-1 (Barcelona)[] biofuel 380 ppb CTL 22 ppb (avg evaporation, from several Towns) [] 14 ppb (Rio de Janeiro, Brasil)[] 5.8 ppb Japan)[] 1.8 ppb (Zurich, Switzerland)[] Ethanol 105 37 ppb Solvents, 0.525 ppb C 64-17-5 (Melbourne)[] biofuel 64 ppb (avg evaporation, 55 ppb AIMS [] from 50 studies) 300 ppb [] biochemical[] 66.4 ppb (Rio de 700 ppb CTL [] Janeiro, Brasil)[] 8.2 ppb (Osaka, Japan)[] 176.3 ppb (Sao Paulo, Brasil)[] 6.6 ppb (Zurich, Switzerland)[] 2-Propanol 69.6 7.4 ppb Disinfectants, C 67-63-0 (Ottawa, antifreezers, Canada)[] biofuel 7.2 ppb (Osaka, evaporation Japan)[] 44.2 ppb (Sao Paulo, Brasil)[]
0.79 ppb (Guangzhou)[] 0.3 ppb (A Coruna)[] 0.04 ppb (London) [] 1-Nonene 124-11-8 0.57 C n-Nonane 111-84-2 2.5 0.6 ppb (Seul)[] 0.7 ppb (Karachi)[] 2.1 ppb (Rio de Janeiro)[] 0.95 ppb (avg from several Towns) [] petrol evaporation, vehicle exhaust C Methanol 67-56-1 160 8 ppb (Barcelona)[] 22 ppb (avg from several Towns) [] 14 ppb (Rio de Janeiro, Brasil)[] 5.8 ppb Japan)[] 1.8 ppb (Zurich, Switzerland)[] Solvents, biofuel evaporation, 100 ppm AIMS[] 380 ppb CTL B Ethanol 64-17-5 105 37 ppb (Melbourne)[] 64 ppb (avg from 50 studies) [] 66.4 ppb (Rio de Janeiro, Brasil)[] 8.2 ppb (Osaka, Japan)[] 176.3 ppb (Sao Paulo, Brasil)[] 6.6 ppb (Zurich, Switzerland)[] Solvents, biofuel evaporation, 0.525 ppb 55 ppb AIMS [] 300 ppb biochemical[] 700 ppb CTL [] C 2-Propanol 67-63-0 69.6 7.4 ppb (Ottawa, Canada)[] 7.2 ppb (Osaka, Japan)[] 44.2 ppb (Sao Paulo, Brasil)[] Disinfectants, antifreezers, biofuel evaporation C
BGA-USAR.docx