Hg | Mercury
Analysis
0.00 µg/l
Setpoint
0 µg/l
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Unwanted heavy metals | Analysis | Setpoint | ||
---|---|---|---|---|
Hg Mercury | Mercury | 0.00 µg/l | 0 µg/l | |
Se Selenium | Selenium | 0.00 µg/l | 0 µg/l | |
Cd Cadmium | Cadmium | 0.00 µg/l | 0 µg/l | |
Sn Tin | Tin | 0.00 µg/l | 0 µg/l | |
Sb Antimony | Antimony | 0.00 µg/l | 0 µg/l | |
As Arsenic | Arsenic | 0.00 µg/l | 0 µg/l | |
Al Aluminium | Aluminium | 21.00 µg/l | 0 - 60 µg/l | |
Pb Lead | Lead | 0.00 µg/l | 0 µg/l | |
Ti Titanium | Titanium | 0.00 µg/l | 0 µg/l | |
Cu Copper | Copper | 0.00 µg/l | 0 µg/l | |
La Lanthanum | Lanthanum | 0.00 µg/l | 0 µg/l | |
Sc Scandium | Scandium | 0.00 µg/l | 0 µg/l | |
W Tungsten | Tungsten | 0.00 µg/l | 0 µg/l |
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
21.00 µg/l
0 - 60 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
Macro-Elements | Analysis | Setpoint | ||
---|---|---|---|---|
Na Sodium | Sodium | 10666.00 mg/l | 10000 - 11300 mg/l | |
Ca Calcium | Calcium | 447.00 mg/l | 415 - 520 mg/l | |
Mg Magnesium | Magnesium | 1415.00 mg/l | 1320 - 1500 mg/l | |
K Potassium | Potassium | 418.00 mg/l | 380 - 480 mg/l | |
Br Bromide | Bromide | 49.00 mg/l | 64 mg/l | |
B Boron | Boron | 3.54 mg/l | 4.5 mg/l | |
Sr Strontium | Strontium | 8.03 mg/l | 8 - 12 mg/l | |
S Sulphur | Sulphur | 890.00 mg/l | 900 mg/l |
10666.00 mg/l
10000 - 11300 mg/l
447.00 mg/l
415 - 520 mg/l
1415.00 mg/l
1320 - 1500 mg/l
418.00 mg/l
380 - 480 mg/l
49.00 mg/l
64 mg/l
3.54 mg/l
4.5 mg/l
8.03 mg/l
8 - 12 mg/l
890.00 mg/l
900 mg/l
Li-Group | Analysis | Setpoint | ||
---|---|---|---|---|
Li Lithium | Lithium | 193.00 µg/l | 200 µg/l | |
Ni Nickel | Nickel | 0.93 µg/l | 5 µg/l | |
Mo Molybdenum | Molybdenum | 50.00 µg/l | 12 µg/l |
193.00 µg/l
200 µg/l
0.93 µg/l
5 µg/l
50.00 µg/l
12 µg/l
I-Group | Analysis | Setpoint | ||
---|---|---|---|---|
V Vanadium | Vanadium | 3.78 µg/l | 0 - 3 µg/l | |
Zn Zinc | Zinc | 3.58 µg/l | 0 - 5 µg/l | |
Mn Manganese | Manganese | 1.04 µg/l | 0 - 3 µg/l | |
I Iodine | Iodine | 147.00 µg/l | 30 - 90 µg/l |
3.78 µg/l
0 - 3 µg/l
3.58 µg/l
0 - 5 µg/l
1.04 µg/l
0 - 3 µg/l
147.00 µg/l
30 - 90 µg/l
Fe-Group | Analysis | Setpoint | ||
---|---|---|---|---|
Cr Chromium | Chromium | 0.00 µg/l | 0 µg/l | |
Co Cobalt | Cobalt | 0.00 µg/l | 0 µg/l | |
Fe Iron | Iron | 0.00 µg/l | 0 µg/l |
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
0.00 µg/l
0 µg/l
Ba-Group | Analysis | Setpoint | ||
---|---|---|---|---|
Ba Barium | Barium | 64.00 µg/l | 0 - 10 µg/l | |
Be Beryllium | Beryllium | 0.00 µg/l | 0 µg/l |
64.00 µg/l
0 - 10 µg/l
0.00 µg/l
0 µg/l
Si-Group | Analysis | Setpoint | ||
---|---|---|---|---|
Si Silicon | Silicon | 229.00 µg/l | 0 - 200 µg/l |
229.00 µg/l
0 - 200 µg/l
Nutrient-Group | Analysis | Setpoint | ||
---|---|---|---|---|
P Phosphorus | Phosphorus | 288.00 µg/l | 6 - 23 µg/l | |
PO4 Phosphate | Phosphate | 0.881 mg/l | 0.018 - 0.07 mg/l |
288.00 µg/l
6 - 23 µg/l
0.881 mg/l
0.018 - 0.07 mg/l
We detected elements in your water that can be harmful for your tank.
More information about each element is listed below.
To remedy this we recommend carrying out 6 x 15% water changes with Tropic Marin Pro salt or Red Sea Salt (blue bucket), spread over 6 weeks
Your Iodine levels are slightly elevated.
Check for possible contamination source. To help you in your search for the source of error, we have listed the most common sources of iodine (sorted in descending order of frequency):
1. Trace element overdose / contamination
2. Contaminated salts
Monitor with future ICP-OES tests.
Your Phosphorus / phosphate levels are too high.
Check for possible contamination source. To help you in your search for the source of error, we have listed the most common reasons (sorted in descending order of frequency):
1. Overfeeding, especially with dry food or not washed-frozen foods
2. No Phosphate Remover in the system
3. Too much vegetable food
4. Too little flow, "Gammel corners" in the aquarium
5. Weak filtration / skimming
6. use of supplements to increase nutrients
Renew or increase PO4 media, feed less, wash frozen food, avoid dried foods (flakes or pellets)
Your Barium levels are slightly elevated.
Check for possible contamination source. To help you in your search for the source of error, we have listed the most common sources of Barium (sorted in descending order of frequency):
1. Phosphate iron-based (except ROWAphos or PhosBan)
2. Contaminated salts
3. Contaminated trace elements, in particular strontium
4. Dried fishfood
Monitor with future ICP-OES tests.
Use TRITON AL99 PO4 remover to remove Barium
Your Vanadium levels are too high.
Check for possible contamination source. To assist you in finding the source of error, we have listed the most common sources of vanadium (sorted in descending order of frequency):
1. Trace element overdose
2. Reef ceramics
3. Contaminated salts
Your Molybdenum levels are too high. This can lead to severe bacterial growth (Cyano, etc.).
Check for possible contamination source. To assist you in finding the source of error, we have listed them the most common sources of molybdenum (sorted in descending order of frequency):
1. Trace element overdose / contamination
2. Food
3. Contaminated salts
Your Bromine levels are slightly low.
WARNING! Dosage only to be carried out by advanced reef keepers.
Due to the possible hazardous nature of dosing Bromine the dosage amounts include a safety factor to ensure that the risk of overdose is reduced. This may result in further dosing being required with subsequent ICP testing.
Please follow the directions on the Dose tab.
We have detected a lack of boron.
A boron dosage can have the following benefits for your aquarium:
- Stabilization of the pH value in the aquarium
- Can promote the colour and health of SPS and LPS
To restore the natural value, please refer to our recommended dosage.
We recommend the corrective dosage be carried out over 3 days. For the first 2 days the daily dosage should be 0.1ml. On the last day please use 0.04ml.
We have detected a lack of manganese.
A Manganese dose may have the following advantages for your aquarium:
- Can be useful for keeping LPS corals, for example, Goniopora respond very positively to Manganese dosage
- Can promote better polyp extension
To restore the natural value, please refer to our recommended dosage.
To keep this value, refer to our maintenance dose. For calculating the maintenance dose proceed as follows:
1 Test: dose maintenance dose xml
2 Test: old maintenance dosing xml (from the 1st test) + new maintenance dose (from the 2nd test) xml dosing.
3 Test:: old maintenance dosing xml (from the 1st test) + old maintenance dosing xml (from the 2nd test) + new maintenance dose xml meter (from the 3rd Test). Thereafter, the dosage should not be increased, even though the analysis indicates a value of 0.
We recommend the corrective dosage of 0.01ml for 1 day.
We recommend a daily maintenance dose of 0.00ml. If this dose is very low, then this can be alternatively be dosed weekly (daily dose x7).
Warning, dangerous element for the aquarium. Dosage for professional, experienced aquarists only!
A nickel dose may have the following advantages for your aquarium:
- Can improve the color image of coral
- Can improve the overall health of LPS and SPS corals
Attention, the concentration of nickel in natural seawater is so low that it can not be detected. If a dose is desired, begin with the recommended dosage listed below and test the value regularly in our laboratory. If nickel are detected, they have overdosed and should adjust the dose immediately. You can increase the dosage of nickel slowly until they see a positive effect.
We recommend the corrective dosage be carried out over 2 days. For the first 2 days the daily dosage should be 0.02ml.
We have detected a lack of zinc.
A zinc dosage may have the following advantages for your aquarium:
- Can promote enzymatic processes in reef aquariums
- Can promote color and health of LPS and SPS corals
To restore the natural value, please refer to our recommended dosage.
To keep this value, please refer to our maintenance dose. For calculating the maintenance dose proceed as follows:
1st Test: dose maintenance dose xml
2nd Test: old maintenance dosing xml (from the 1st test) + new maintenance dose (from the 2nd test) XML.
3. Test:: old maintenance dosing xml (from the 1st test) + old maintenance dosing xml (from the 2nd test) + new maintenance dose xml meter (from the 3rd Test). Thereafter, the dosage should not be increased, even though the analysis indicates a value of 0
We recommend the corrective dosage of 0.00ml for 1 day.
We recommend a daily maintenance dose of 0.00ml. If this dose is very low, then this can be alternatively be dosed weekly (daily dose x7).
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