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Environmental Profiles of Chemical Flame-Retardant Alternatives for

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Physical/<strong>Chemical</strong> Properties<br />

Tris(1,3-dichloro-2-propyl) phosphate<br />

CAS 13674-87-8<br />

MF C 9H 15Cl 6O 4P<br />

MW 430.91<br />

SMILES ClCC(CCl)OP(=O)(OC(CCl)CCl)OC(CCl)CCl<br />

Physical/<strong>Chemical</strong> Properties<br />

Water Solubility:<br />

Conclusion: The available water solubility data are adequate.<br />

Basis <strong>for</strong> Conclusion: The key study (highlighted) was per<strong>for</strong>med according to a reliable<br />

method, and is in reasonable agreement with other values reported in the literature.<br />

Solubility (mg/L) References<br />

42 Akzo Nobel, 2001a,b: Water Solubility determination according to OECD Guideline<br />

105 (shake-flask method)<br />

7 Aston et al., 1996 (24/C); Hollifield, 1979; SRC, 2004 (PHYSPROP Database, 24/C);<br />

HSDB, 2003 (24/C)<br />

100 Eldefrawi et al., 1977; WHO, 1998 (30/C); Budavari, 2001 (The Merck Index); Lewis,<br />

2000 (Sax’s Dangerous Properties <strong>of</strong> Industrial Materials)<br />

110 CERI, 1999<br />

18.1 Confidential submitted study using shake flask method<br />

Log K ow:<br />

Conclusion: The available log K ow data are adequate.<br />

Basis <strong>for</strong> Conclusion: The key study (highlighted) was per<strong>for</strong>med according to a reliable<br />

method.<br />

Log K ow<br />

Reference<br />

2.4 Akzo Nobel, 2001a,b: Determination <strong>of</strong> Octanol-Water Partition Coefficient<br />

According to OECD Guideline 117 (HPLC Method)<br />

3.8 WHO, 1998<br />

3.65 SRC, 2004 (PHYSPROP Database); HSDB, 2003<br />

3.75 Shake-flask method, Sasaki et al., 1981<br />

3.69 Confidential submitted study using the HPLC method<br />

3-40

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