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Environmental fate & pathways

Biodegradation in soil

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Description of key information

The EPI Suite has estimated that tin(II) oxalate is expected to be found predominantly in soil and its persistence estimate is based on its transformation in this medium. Its half-life in soil, 75 days (1800 hrs). This dose not exceeds the threshold of 120 days as per Annex XIII of REACH. Therefore, tin(II) oxalate is estimated to be not persistent in the soil environment.

Key value for chemical safety assessment

Half-life in soil:
75 d
at the temperature of:
25 °C

Additional information

The EPI Suite has estimated that tin(II) oxalate is expected to be found predominantly in soil and its persistence estimate is based on its transformation in this medium. Its half-life in soil, 75 days (1800 hrs). This dose not exceeds the threshold of 120 days as per Annex XIII of REACH. Therefore, tin(II) oxalate is estimated to be not persistent in the soil environment.

Fugacity Model by EPI Suite estimation database

 

Mass Amount

(percent)

Half-Life

(hr)

Emissions

(kg/hr)

Soil

47.5

1800

1000

 

 

Fugacity

(atm)

Reaction

(kg/hr)

Advection

(percent)

Reaction

(percent)

Advection

(percent)

Soil

4.64e-008

309

0

10.3

0

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