|
Analyte |
Abundance |
Units |
Detection Limit |
Method |
| Ag
|
2.1
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Al
|
68
|
ppm
|
1
|
Prorietary sample digestion with ICP analysis
|
| As
|
-10
|
ppb
|
10
|
Prorietary sample digestion with ICP analysis
|
| Au
|
-0.1
|
ppb
|
0.1
|
Prorietary sample digestion with ICP analysis
|
| B
|
-0.5
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Ba
|
2160
|
ppb
|
10
|
Prorietary sample digestion with ICP analysis
|
| Ca
|
392
|
ppm
|
2
|
Prorietary sample digestion with ICP analysis
|
| Cd
|
10
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Ce
|
210
|
ppb
|
2
|
Prorietary sample digestion with ICP analysis
|
| Co
|
44
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Cr
|
-100
|
ppb
|
100
|
Prorietary sample digestion with ICP analysis
|
| Cs
|
1.7
|
ppb
|
0.2
|
Prorietary sample digestion with ICP analysis
|
| Cu
|
150
|
ppb
|
10
|
Prorietary sample digestion with ICP analysis
|
| Dy
|
38
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Er
|
20
|
ppb
|
0.2
|
Prorietary sample digestion with ICP analysis
|
| Eu
|
7.3
|
ppb
|
0.2
|
Prorietary sample digestion with ICP analysis
|
| Fe
|
33
|
ppm
|
1
|
Prorietary sample digestion with ICP analysis
|
| Ga
|
2.1
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Gd
|
40.8
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Hg
|
-1
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| In
|
-0.1
|
ppb
|
0.1
|
Prorietary sample digestion with ICP analysis
|
| K
|
39.4
|
ppm
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| La
|
76
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Li
|
4
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Mg
|
138
|
ppm
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Mn
|
2000
|
ppb
|
100
|
Prorietary sample digestion with ICP analysis
|
| Mo
|
5
|
ppb
|
2
|
Prorietary sample digestion with ICP analysis
|
| Nb
|
0.6
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Nd
|
128
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Ni
|
218
|
ppb
|
5
|
Prorietary sample digestion with ICP analysis
|
| P
|
0.3
|
ppm
|
0.1
|
Prorietary sample digestion with ICP analysis
|
| Pb
|
27
|
ppb
|
5
|
Prorietary sample digestion with ICP analysis
|
| Pd
|
-1
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Pr
|
29.5
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Pt
|
-0.1
|
ppb
|
0.1
|
Prorietary sample digestion with ICP analysis
|
| Rb
|
205
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Sb
|
-0.5
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Sc
|
26
|
ppb
|
5
|
Prorietary sample digestion with ICP analysis
|
| Sm
|
34
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Sn
|
-1
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Sr
|
1250
|
ppb
|
10
|
Prorietary sample digestion with ICP analysis
|
| Ta
|
-1
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Tb
|
5.9
|
ppb
|
0.1
|
Prorietary sample digestion with ICP analysis
|
| Te
|
-10
|
ppb
|
10
|
Prorietary sample digestion with ICP analysis
|
| Th
|
17.2
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Ti
|
100
|
ppb
|
10
|
Prorietary sample digestion with ICP analysis
|
| Tl
|
0.2
|
ppb
|
0.1
|
Prorietary sample digestion with ICP analysis
|
| U
|
25
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| W
|
-0.5
|
ppb
|
0.5
|
Prorietary sample digestion with ICP analysis
|
| Y
|
185
|
ppb
|
1
|
Prorietary sample digestion with ICP analysis
|
| Yb
|
18.1
|
ppb
|
0.2
|
Prorietary sample digestion with ICP analysis
|
| Zn
|
400
|
ppb
|
10
|
Prorietary sample digestion with ICP analysis
|
| Zr
|
73
|
ppb
|
2
|
Prorietary sample digestion with ICP analysis
|
