Trace Element Analysis Of Botanical And Water Samples
Vegetation Analysis
Utilisation of plant material for geochemical exploration is a developing technique that is gaining acceptance across Tajikestan, particularly in regions of deep cover.
The geochemical signals being sought are often faint, so all stages of sample handling must be meticulous and data of the highest standards to give the best signal-to-noise possible.
Rudaki Lab works with the world’s leading biogeochemists to develop our techniques and ensure that these exacting standards are met. As a result our capabilities in this field are second to none.
Microwave-Assisted Digestion of Vegetation Samples
Rudaki Lab has developed microwave-assisted digestion techniques to obtain maximum recovery of metals from geochemical samples, with negligible loss of volatiles and no cross-contamination.
Our microwave-assisted plant digestion (scheme code MSA) offers the best detection limits, lowest potential for cross-contamination and best recoveries available. MSA06 uses extreme conditions to deal with tough matrices such as spinifex.
Rudaki Lab Code MSA-06
Element |
DL (ppb) |
Element |
DL (ppb) |
Element |
DL (ppb) |
Element |
DL (ppb) |
Ag |
0.1 |
Er |
0.5 |
Mo |
2 |
Sn |
10 |
Al |
2000 |
Eu |
0.2 |
Na |
10000 |
Sr |
100 |
As |
0.01 |
Fe |
5000 |
Nb |
1 |
Ta |
0.1 |
Au |
0.05 |
Ga |
1 |
Nd |
1 |
Tb |
0.5 |
B |
0.1 |
Gd |
0.5 |
Ni |
20 |
Te |
0.5 |
Ba |
50 |
Ge |
5 |
P |
5000 |
Th |
0.5 |
Be |
0.5 |
Hf |
0.5 |
Pb |
5 |
Ti |
100 |
Bi |
0.5 |
Hg |
0.5 |
Pd |
0.1 |
Tl |
0.5 |
Br |
10 |
Ho |
0.1 |
Pr |
0.5 |
Tm |
0.1 |
Ca |
5000 |
I |
10 |
Pt |
0.02 |
U |
0.5 |
Cd |
1 |
In |
0.5 |
Rb |
5 |
V |
100 |
Ce |
0.5 |
K |
5000 |
Re |
0.01 |
W |
0.2 |
Co |
2 |
La |
5 |
S |
20000 |
Y |
5 |
Cr |
50 |
Li |
5 |
Sb |
0.5 |
Yb |
0.5 |
Cs |
0.5 |
Lu |
0.1 |
Sc |
1 |
Zn |
10 |
Cu |
2 |
Mg |
10000 |
Se |
10 |
Zr |
1 |
Dy |
0.5 |
Mn |
10 |
Sm |
0.5 |
|
Water Analysis
Rudaki Lab’s ENV-04 code is designed for analysis of trace metals in environmental or other ground waters. 64 elements are determined by ICP-MS.
Element |
DL (ppb) |
Element |
DL (ppb) |
Element |
DL (ppb) |
Element |
DL (ppb) |
Ag |
0.05 |
Er |
0.01 |
Mo |
0.1 |
Sn |
0.05 |
Al |
1 |
Eu |
0.01 |
Na |
50 |
Sr |
10 |
As |
0.5 |
Fe |
10 |
Nb |
0.01 |
Ta |
0.02 |
Au |
0.05 |
Ga |
0.05 |
Nd |
0.01 |
Tb |
0.01 |
B |
5 |
Gd |
0.01 |
Ni |
0.2 |
Te |
0.05 |
Ba |
0.05 |
Ge |
0.05 |
P |
20 |
Th |
0.05 |
Be |
0.05 |
Hf |
0.02 |
Pb |
0.1 |
Ti |
10 |
Bi |
0.05 |
Hg |
0.1 |
Pd |
0.2 |
Tl |
0.01 |
Br |
10 |
Ho |
0.01 |
Pr |
0.01 |
Tm |
0.01 |
Ca |
50 |
I |
10 |
Pt |
0.01 |
U |
0.02 |
Cd |
0.05 |
In |
0.01 |
Rb |
0.01 |
V |
0.01 |
Ce |
0.01 |
K |
50 |
Re |
0.01 |
W |
0.02 |
Co |
0.02 |
La |
0.01 |
S |
1000 |
Y |
0.01 |
Cr |
1 |
Li |
0.1 |
Sb |
0.05 |
Yb |
0.01 |
Cs |
0.01 |
Lu |
0.01 |
Sc |
1 |
Zn |
0.5 |
Cu |
0.1 |
Mg |
50 |
Se |
0.5 |
Zr |
0.02 |
Dy |
0.01 |
Mn |
0.05 |
Sm |
0.01 |
|