[Front page] [Contents] [Printing instructions]

Paradigm for Substance Flow Analyses

 

 

Table 2.3. Estimated consumption and losses of trichloroethylene in Denmark.
Application Consumption (tons/y) % of consumption (mean) Emissions to air (tons/y) *6

Emissions to waste water (tons/y)*3,*6

Disposal as hazardous waste (tons/y) *6

Recycling (tons/y) *5

Applications of pure trichloroethylene *4

690-870 *1

95 *1

640-830

0-10

0-10

30-40

Degreasing in metal industries

660-830

91

610-790

0-10

0-10

30-40

Ancillaries for production of plastic and rubber goods

30-40

4

27-40

0

0-1

0

Cleaning agents manufactured in Denmark

0.7-0.9

0

0.7-0.9

0

0

0

Applications in preparations *4

26-39

5

23-36

0

2-4

0

Vulcanizers and glues

10-14

1

10-14

0

0

0

Cleaning agents

8-10

1

5-7

0

2-4

0

Paints and varnishes

4-5

1

4-5

0

0

0

Other preparations

4-10

1

4-10

0

0

0

Total *1,*4

720-910 *2

100

660-870

0-10

2-14

30-40

Notes:
*1 Double counting of the consumption with preparations manufactured in Denmark is eliminated in the totals (cleaning agents). Products for which the country of manufacturing is unknown are considered imported (deemed most likely).
*2 An additional 40-70 tons/year are used for Danish manufacturing of products for export (varnish and paint products).
*3 Indirect exposure via evaporation to air and subsequent rainfalls are not included.
*4 Totals are rounded up.
*5 Recycling numbers does not include internal recycling integrated in manufacturing processes.
*6 The presented figures are rough estimates based on general knowledge on chemical characteristics and standard routines of use and disposal in the application fields in question.