This article accounts for the use of mercury (Hg) in differentactivities in Stockholm during the time period 1795–1995.Turnover of Hg is estimated to 122–440 tons, amounts recycled: 27–50 tons and total emissions of Hg are estimated to 90–390 tons. The stock was approximately 4.4–8.1 tons in 1995. 19th century handicraft occupations and medical treatment emitted alarge part of the Hg, emission sources that hitherto have beenunknown in Sweden. Emissions peaked around 1960, thereafter theemissions plummeted, being the result of decreased use of Hg fordental fillings and in products such as batteries, while recycling efforts had a limited effect on reducing total emissions. Based on this finding, the current focus on collectionof Hg containing products for long term storage in bedrock is questioned. If the aim is to reduce the potential for environmental hazards because of Hg it might be better to focusmore attention on the already emitted amounts since these are nearly 30 times greater than the amount of Hg in stock.
[1]
Johan Hedbrant,et al.
Databasen Stockhome. Flöden och ackumulation av metaller i Stockholms teknosfär
,
1997
.
[2]
B. Goldberg.
The mirror and man
,
1985
.
[3]
L. Sörme,et al.
Data Vagueness and Uncertainties in Urban Heavy-Metal Data Collection
,
2001
.
[4]
Bo Bergbäck.
Industrial Metabolism. The Emerging Landscape of Heavy Metal Immission in Sweden
,
1992
.
[5]
L. Goldwater.
Mercury. A history of quicksilver
,
1977,
Medical History.
[6]
Patricia A. D'ltri,et al.
Mercury contamination: A human tragedy
,
1978
.