TIC | Total inorganic carbon
Analysis
23.20 mg/l
Setpoint
27 mg/l
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Choose your Problem here
Please select your Phosphorus source:
Choose P/PO4 Value from ICP Test
Add your own P Value (µg/L)
Add your own PO4 Value (mg/L)
Add your own Nitrate / NO3 Value (mg/L)
Organic-Group | Analysis | Setpoint | ||
---|---|---|---|---|
TIC Total inorganic carbon | Total inorganic carbon | 23.20 mg/l | 27 mg/l | |
TOC Total organic carbon | Total organic carbon | 4.80 mg/l | 0 - 4 mg/l | |
TC Total carbon | Total carbon | 28.01 mg/l | 31 mg/l | |
TNb Total nitrogen | Total nitrogen | 0.93 mg/l | 0.4 - 1.3 mg/l |
23.20 mg/l
27 mg/l
4.80 mg/l
0 - 4 mg/l
28.01 mg/l
31 mg/l
0.93 mg/l
0.4 - 1.3 mg/l
Element | Analysis | |||
---|---|---|---|---|
dKH | - | |||
Alk | - | |||
N/NO3 calculated | - |
-
-
-
PARAMETER | Analysis | Setpoint TRITON RATIO | ||
---|---|---|---|---|
N | NITROGENE | 0.00 | 0.00 | |
C(i) | INORGANIC CARBON | 0.00 | 0.00 | |
C(o) | ORGANIC CARBON | 0.00 | 0.00 | |
P | PHOSPHORUS | 0.00 | 0.00 |
-
-
-
-
-
-
-
-
RATIO | ||||
---|---|---|---|---|
N-C(i)-C(o)-P | 0.00 | |||
N-C-P | 0.00 | |||
N-P | 0.00 | |||
C(i)-C(o) | 0.00 | |||
N - NO3(N) Ratio | 0.00 |
-
0.00
-
0.00
-
0.00
-
0.00
-
0.00
Our analysis has shown that the Nitrogen content in the aquarium is within the green zone (0.4 - 1.3 mg / L).
We recommend to aim for 1.3mg / L nitrogen based on your chosen habitat.
Please note that the dosage of Nitrogen is calculated based on the habitat you have chosen. The N-value is part of your nutrient ratio (N:C:P ratio).
Any change should be administered with caution and with consideration of your P-value that can be obtained via your TRITON ICP lab test.
Our analysis has shown that the Nitrogen content in the aquarium is within the green zone (0.4 - 1.3 mg / L).
We recommend to aim for 0.8mg / L nitrogen based on your chosen habitat.
Please note that the dosage of Nitrogen is calculated based on the habitat you have chosen. The N-value is part of your nutrient ratio (N:C:P ratio).
Any change should be administered with caution and with consideration of your P-value that can be obtained via your TRITON ICP lab test.
Our analysis has shown that the Nitrogen content in the aquarium is within the green zone (0.4 - 1.3 mg / L).
We recommend to aim for 0.4mg / L nitrogen based on your chosen habitat.
Please note that the dosage of Nitrogen is calculated based on the habitat you have chosen. The N-value is part of your nutrient ratio (N:C:P ratio).
Any change should be administered with caution and with consideration of your P-value that can be obtained via your TRITON ICP lab test.
Our analysis has shown that the Nitrogen content in the aquarium is within the green zone (0.4 - 1.3 mg / L).
We recommend to aim for 1.3mg / L nitrogen based on your chosen habitat.
In addition to your inorganic supply of Calcium, Magnesium and Carbonate Hardness, you can also dose BioBase ULNS.
Please note that the dosage of Nitrogen is calculated based on the habitat you have chosen. The N-value is part of your nutrient ratio (N:C:P ratio).
Any change should be administered with caution and with consideration of your P-value that can be obtained via your TRITON ICP lab test.
Our analysis has shown that the Nitrogen content in the aquarium is within the green zone (0.4 - 1.3 mg / L).
We recommend to aim for 0.8mg / L nitrogen based on your chosen habitat.
In addition to your inorganic supply of Calcium, Magnesium and Carbonate Hardness, you can also dose BioBase ULNS.
Please note that the dosage of Nitrogen is calculated based on the habitat you have chosen. The N-value is part of your nutrient ratio (N:C:P ratio).
Any change should be administered with caution and with consideration of your P-value that can be obtained via your TRITON ICP lab test.
Our analysis has shown that the Nitrogen content in the aquarium is within the green zone (0.4 - 1.3 mg / L).
We recommend to aim for 0.4mg / L nitrogen based on your chosen habitat.
In addition to your inorganic supply of Calcium, Magnesium and Carbonate Hardness, you can also dose BioBase ULNS.
Please note that the dosage of Nitrogen is calculated based on the habitat you have chosen. The N-value is part of your nutrient ratio (N:C:P ratio).
Any change should be administered with caution and with consideration of your P-value that can be obtained via your TRITON ICP lab test.
We have detected a lack of inorganic carbon and therefore a low Carbonate Hardness.
If possible, reduce the temperature of your aquarium to 24 degrees to reduce the bacterial activity.
Please note the dosage information in the Dosing tab.
We have detected an increased level of organic carbon.
This can have the following disadvantages for your aquarium:
- May increase the chances of Cyanobacteria
- Can cause bacterial blooms (lack of oxygen)
- Can promote diseases
If you use vodka, acetic acid or other carbon sources:
1. Reduce the dosage
2. Consider alternate carbon source
3. Try to better adjust your dose to avoid adverse effects.
Please contact us for further support on hello@triton.de
We have detected an increased level of Organic Carbon.
However, because you have a problem with Cyanobacteria in your aquarium we do not recommend that you use BioBase or any individual trace element adjusts.
Depending on the type of organic carbon, this may be the trigger for the problem with
Avoid antibiotics and other “Miracle cures” as they will not resolve to core issue.
If possible, reduce the temperature of your aquarium to 24 degrees.
If you use vodka, acetic acid or other carbon sources:
1. Reduce the dosage
2. Consider alternate carbon source
3. Try to better adjust your dose to avoid adverse effects.
4. We recommend carrying out water changes with a recommended salt such as Tropic Marin Pro. 15% every week for 6 weeks, total 6x 15%. Try to remove Cyanobacteria while completing the water changes.
Please contact us for further support on hello@triton.de
We have detected an increased level of organic carbon.
This can have the following disadvantages for your aquarium.
- May increase the chances of Cyanobacteria
- Can cause bacterial blooms (lack of oxygen)
- Can promote diseases
If you use BioBase:
1. Halve the existing dosage
If you use vodka, acetic acid or other carbon sources:
1. Reduce the dosage
2. Consider alternate carbon source
3. Try to better adjust your dose to avoid adverse effects.
Please contact us for further support on hello@triton.de
We have detected a lack of inorganic carbon which indicates a low Carbonate Hardness (KH)
If you are using TRITON Core7 please increase your dosage by 10%
Please note the dosage information in the Dose tab.
We have detected a lack of Inorganic Carbon and this indicates a low Carbonate Hardness (KH).
You should increase your Carbonate Hardness (KH) for the following reasons:
- Inorganic Carbon is essential for calcification
- Important for building a healthy coral skeleton
A lack of inorganic carbon can have negative effects on the aquarium, please restore to the recommended value
To produce the natural value, please use 3g TRITON NaHCO3 per 100L of aquarium water per day or dose TRITON CO3 liquid as directed until desired level has been reached.
We recommend the corrective dosage of 979.82ml for 1 day.
We have detected a lack of Nitrogen.
Please use the relevant product that best suits your individual case, please check the Help tab for more information.
In order to produce the natural value, dose the TRITON product stated in the instructions according to our dosage recommendation.
We recommend the corrective dosage of 31.01ml for 1 day.
We recommend a daily maintenance dose of 3.10ml. If this dose is very low, then this can be alternatively be dosed weekly (daily dose x7).
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