O-17 Enriched Water
Rotem's latest development utilizes the production expertise developed for O-18 water and extends it to O-17, for NMR and other uses. The O-17 enriched water is produced at the same cGMP production facility, with the same uncompromising quality standards. Packaging is flexible and delivery from stock.
The following sample certificates indicate typical analyses for the 10% and 20% enrichment levels:
O-17 Enriched Water, 10%
Catalogue No. 17-010
Certificate of Analysis
Lot# 7101A-P
|
Parameter |
Method |
Results |
|
Isotopic composition: |
|
|
|
17O |
MS |
11.0 At% |
|
16O |
MS |
54.4 At% |
|
18O |
MS |
34.6 At% |
|
Deuterium |
|
<0.1 At% |
|
|
|
|
|
Chemical composition: |
|
|
|
Ca+2 |
ICP-AES |
< 0.1 mg/lit |
|
Mg+2 |
ICP-AES |
< 0.05 mg/lit |
|
Na2+ |
AA |
< 0.05 mg/lit |
|
K+ |
AA |
< 0.05 mg/lit |
|
Fe+2 |
ICP-AES |
< 0.05 mg/lit |
|
NH4 + |
UV-Spectroscopy |
< 1 mg/lit |
|
Zn+2 |
ICP-AES |
0.06 mg/lit |
|
Cu+2 |
ICP-AES |
0.4 mg/lit |
|
F- |
IC |
0.1 mg/lit |
|
Cl - |
IC |
0.3 mg/lit |
|
Br- |
IC |
< 0.2 mg/lit |
|
NO3 - |
IC |
0.20 mg/lit |
|
PO4-3 |
IC |
< 0.5 mg/lit |
|
SO4-2 |
IC |
0.2 mg/lit |
|
TOC |
IR |
<3 mg/lit |
|
|
|
|
|
pH |
pH meter |
6.2 |
|
Conductivity |
Conductivity meter |
3.0 µS/cm |
O-17 Enriched Water, 20%
Catalogue No. 17-020
Certificate of Analysis
Lot# 7171A-P
|
Parameter |
Method |
Results |
|
Isotopic composition: |
|
|
|
17O |
MS |
20.90 At% |
|
16O |
MS |
28.14 At% |
|
18O |
MS |
51.00 At% |
|
Deuterium |
<0.1At% |
|
|
|
||
|
Chemical composition: |
||
|
Ca+2 |
ICP-AES |
0.07 mg/lit |
|
Mg+2 |
ICP-AES |
< 0.05 mg/lit |
|
Na2+ |
AA |
0.09 mg/lit |
|
K+ |
AA |
< 0.05 mg/lit |
|
Fe+2 |
ICP-AES |
< 0.05 mg/lit |
|
NH4 + |
UV-Spectroscopy |
<1 mg/lit |
|
Zn+2 |
ICP-AES |
0.06 mg/lit |
|
Cu+2 |
ICP-AES |
0.27 mg/lit |
|
F- |
IC |
< 0.05 mg/lit |
|
Cl - |
IC |
0.12 mg/lit |
|
Br- |
IC |
< 0.2 mg/lit |
|
NO3 - |
IC |
< 0.2 mg/lit |
|
PO4-3 |
IC |
< 0.5 mg/lit |
|
SO4-2 |
IC |
< 0.1 mg/lit |
|
TOC |
IR |
1.60 mg/lit |
|
pH |
pH meter |
6.5 |
|
Conductivity |
Conductivity meter |
3.1 µS/cm |
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