Trimellitate Category; Revised Summaries - US Environmental ...
Trimellitate Category; Revised Summaries - US Environmental ...
Trimellitate Category; Revised Summaries - US Environmental ...
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3. <strong>Environmental</strong> Fate and Pathways Id 3319-31-1<br />
3.1 .I PHOTODEGRADATION<br />
Type<br />
Light source<br />
Light spect.<br />
Rel. intensity<br />
Cont. of subst.<br />
Indirect photolysis<br />
Sensitizer<br />
Cont. of sens.<br />
Rate constant<br />
Degradation<br />
Deg. Product<br />
Method<br />
Year<br />
GLP<br />
Test substance<br />
Method<br />
Remark<br />
Source<br />
Reliability<br />
20.12.2000<br />
3.1.2 STABILITY IN WATER<br />
Type<br />
t112 pH4<br />
t112 pH7<br />
t112 pH9<br />
Deg. Product<br />
Method<br />
Year<br />
GLP<br />
Test substance<br />
Method<br />
Remark<br />
Source<br />
Reliability<br />
20.12.2000<br />
: air<br />
: Sun light<br />
nm<br />
: 1 based on Intensity of Sunlight<br />
: at 25 degree C<br />
: OH<br />
: 1500000 molecule/cm3<br />
: .00000000003277 cmY(molecule*sec)<br />
% after<br />
: other (calculated)<br />
: 2000<br />
Date 13.12.2001<br />
: Photodegradation rate calculated by AOPWIN ver. 1.89 based on the<br />
methods of Atkinson.<br />
: EPIWIN is used and advocated by the <strong>US</strong> EPA for chemical property<br />
estimation<br />
: ExxonMobil Biomedical Sciences, Inc. Annandale, N.J. <strong>US</strong>A<br />
: (2) valid with restrictions<br />
: abiotic<br />
at degree C<br />
: .3 year at 25 degree C<br />
at degree C<br />
: not measured<br />
: other (calculated)<br />
: 2000<br />
: Hydrolysis rate calculated by HYDROWIN ver. 1.67 based on work for EPA<br />
by T. Mill et al.<br />
: EPIWIN is used and advocated by the <strong>US</strong> EPA for chemical property<br />
estimation<br />
: ExxonMobil Biomedical Sciences, Inc. Annandale, N.J. <strong>US</strong>A<br />
: (2) valid with restrictions<br />
03)<br />
3.3.1 TRANSPORT BETWEEN ENVIRONMENTAL COMPARTMENTS<br />
Type<br />
Media<br />
Air (level I)<br />
Water (level I)<br />
Soil (level I)<br />
Biota (level II I Ill)<br />
Soil (level II / Ill)<br />
Method<br />
Year<br />
: fugacity model level I<br />
: other<br />
: 0<br />
: 0<br />
: 97.8<br />
: other<br />
: 2000<br />
7116<br />
(8)
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