Np. Brandorff et al., NATIONAL SURVEY ON THE USE OF CHEMICALS IN THE WORKING ENVIRONMENT - ESTIMATED EXPOSURE EVENTS, Occupational and environmental medicine, 52(7), 1995, pp. 454-463
Objectives-To obtain knowledge about the use and distribution of hazar
dous chemicals in Danish industry. This knowledge is used to regulate
the occupational environment and prevent hazardous exposure. Methods-A
national survey on the use of chemicals was carried out in 1989 in a
stratified sample of 1448 Danish businesses. 13 000 different chemical
products were reported. Information on components in the chemical pro
ducts was obtained from the Danish product register data base (PROBAS)
and by inquiries to suppliers and manufacturers. At the end of the st
udy the composition of about 9400 of the products was known. A model w
as developed to estimate national numbers of chemical exposure events
as a supplement to data on weights of chemicals used. Results-Data are
presented for 36 chemical substances with chronic toxic effects and h
igh estimated national numbers of exposure events for the industry gro
ups included in the survey. Seven of the 36 substances are carcinogens
, 17 are reproductive toxicants, 12 are allergens, and 18 are neurotox
icants according to listings of chronic toxicants used by the Danish a
uthorities. The largest national number of exposure events was estimat
ed for the industry groups manufacture of fabricated metal products, a
nd personal services, cleaning, and hair dressing. These should have s
pecial attention in further preventive work. Conclusions-This survey o
n the use of chemicals is the first nationwide investigation, in Denma
rk to delineate the use of all chemicals. The data have been used in a
project to review occupational hazards in general in Danish industry.
In the future, the data may be used as a basis for measuring chemical
substitution, developing chemical safety, and as reference for more s
pecific investigations and for follow up studies. Also Job exposure ma
trices based on actual use of chemical products can be constructed.