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The content of polycyclic aromatic hydrocarbons (PAH) in a Søderberg prebaked aluminum reduction plant and an anode plant was studied. Both stationary and personal sampling were used, and the samples were analyzed by glass capillary gas chromatography. In many samples more than 30 PAH and heterocyclic compounds were identified. Comparison of the results from the different plants revealed that the atmospheric PAH content was significantly higher in the Søderberg plant than in the others. However, the relative distribution of PAH components (PAH profile) was relatively constant in the prebaked and the anode baking plant, and different in the Søderberg plant. As a consequence of the variation in the pollution level among the different job categories, personal sampling showed a broader range of PAH concentrations than the stationary method.
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
January 1987,
International journal of environmental analytical chemistry,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
January 1996,
Medycyna pracy,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
May 1994,
Environmental science & technology,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
January 2011,
Environmental monitoring and assessment,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
February 1981,
Gigiena truda i professional'nye zabolevaniia,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
November 1974,
Zeitschrift fur die gesamte Hygiene und ihre Grenzgebiete,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
September 2005,
Environmental science & technology,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
January 1966,
Nuovi annali d'igiene e microbiologia,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
May 2017,
Huan jing ke xue= Huanjing kexue,
A Bjørseth, and
O Bjørseth, and
P E Fjeldstad
January 1962,
Occupational health review,
