“0
1 C
0
0 Quantitation Report Quanfile: 25042D Quan Entries: 16 CT
O
O Comment: BOHLK; METHOD 525; INST 204; 11/09/01; SAMPLE 25042 o
N U
(O
N Sorted via: Entry Number 1 (S) = Standard O
—
C 0
0
Cal Name of Compound S Scan# R Time Me Calc Amt(A) Units 0
0
C
3
1 acenaphthene d-10(IS) I 741 12:21 BB 5.000 UG/L CD
D
2 phenanthrene d-10 (IS) I 1020 17:00 BB 5.000 UG/L
3 chrysene d-12(IS) I 1365 22:45 BB 5.000 UG/L
4 p-terphenyl d-14(IS) I 1254 20:54 BB 5.000 UG/L
5 acenaphthene d-10(SURR A 741 12:21 BB 3.434 UG/L
6 phenanthrene d-10(SURR A 1020 17:00 BB 3.715 UG/L
7 chrysene d-12 (SURR) A 1365 22:45 BB 3.512 UG/L
8 1,3-d imethy1-2-n itrobe A 481 8:01 BU 5.197 UG/L
9 triphenyl phosphate (S A 1330 22:10 BB 5.464 UG/L
10 perylene d-12 (SURR) A 1629 27:09 BB 0.192 UG/L
11 hexachlorocyclopentad i A 612 10 = 12 BB 0.024 UG/L
16 b is (2-ethy Ihexy Dad ipa A 1322 22:02 MM 0.094 UG/L
17 b is(2-ethyIhexyl phtha A 1383 23:03 VB 0.349 UG/L
20 2»6-d in itrotoluene A 721 12:01 BU 0.750 UG/L
21 2 j4-d in itrotoluene A 788 13:08 BB 0.021 UG/L
27 butachlor A 1228 20:28 BB 0.001 UG/L
OCR can misread numbers and units. Confirm readings against the page image before using them.
NYC-WTC_000029237Source: NYC Law Department, mirrored locally
Laboratory analysis of sample AD24400 for pesticides and organic contaminants using method 525.2, with results measured in micrograms showing all analytes below method detection li