# Oceanlife Balling 1.0

liters

Calcium replenishing:

mg/l (ppm)

mg/l (ppm)

days

ml (0 if this is the first calculation)

ml/h

Alkalinity replenishing:

To calculate the daily dosage of KH 2, please perform two KH tests delayed of some days from each other, then fill the following form. If your are using alkalinity in meq/l, please convert it multiplying it for 2.818 (1 meq/l = 2.818 dKH)

dKH

dKH

days

ml (0 if this is the first calculation)

ml/h

Magnesium replenishing:

To calculate the daily dosage of Elements 3, please perform two magnesium tests delayed of some days from each other, then fill the following form.

mg/l (ppm)

mg/l (ppm)

days

ml (0 if this is the first calculation)

ml/h

If you want to balance your salinity, please insert the days from one correction to the following.

days

ml/h

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds

liters every days

seconds

# Oceanlife Dosing 1.2

## Select
the element to be dosed with or without a dosing pump:

ml / hour

ml

liters

/ ml

ppm

seconds / dosage

ml

ml / dosage

days

# Oceanlife Ready Balling 2.0

liters

Calcium Replenishing:

mg/l (ppm)

mg/l (ppm)

days

ml (0 if this is the first calculation)

ml/h

[*] Enter this value if your peristaltic pump is not equipped with an integrated computer that calculates the dosage time automatically. If you have a programmable peristaltic pump that allows direct insertion of the value in ml to be dosed, do not fill in this field. The calculation will return an "Infinity" value and should not be taken into account.

[**] If you enter "Yes", the system will calculate the quantity of supplement necessary to replenish the value of calcium in the aquarium to the desired state (Desired value)

Alkalinity Replenishing:

To calculate the daily dosage of KH 2, please perform two KH tests delayed of some days from each other, then fill the following form. If your are using alkalinity in meq/l, please convert it multiplying it for 2.818 (1 meq/l = 2.818 dKH)

dKH

dKH

days

ml (0 if this is the first calculation)

ml/h

[*] Enter this value if your peristaltic pump is not equipped with an integrated computer that calculates the dosage time automatically. If you have a programmable peristaltic pump that allows direct insertion of the value in ml to be dosed, do not fill in this field. The calculation will return an "Infinity" value and should not be taken into account.

[**] If you enter "Yes", the system will calculate the quantity of supplement necessary to replenish the value of KH in the aquarium to the desired state (Desired value)

Magnesium Replenishing:

To calculate the daily dosage of MG 3, please perform two magnesium tests delayed of some days from each other, then fill the following form.

mg/l (ppm)

mg/l (ppm)

days

ml (0 if this is the first calculation)

ml/h

[*] Enter this value if your peristaltic pump is not equipped with an integrated computer that calculates the dosage time automatically. If you have a programmable peristaltic pump that allows direct insertion of the value in ml to be dosed, do not fill in this field. The calculation will return an "Infinity" value and should not be taken into account.

[**] If you enter "Yes", the system will calculate the quantity of supplement necessary to replenish the value of magnesium in the aquarium to the desired state (Desired value)

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds (the "Infinity" or "NaN" values are displayed if the dosing pump capacity has not been supplied)

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds (the "Infinity" or "NaN" values are displayed if the dosing pump capacity has not been supplied)

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds (the "Infinity" or "NaN" values are displayed if the dosing pump capacity has not been supplied)

# Oceanlife Balling Powder 2.0

liters

Calcium Replenishing:

**CA 1**, please perform two calcium tests delayed of some days from each other, then fill the following form.

mg/l (ppm)

mg/l (ppm)

days

ml (0 if this is the first calculation)

ml/h

Alkalinity Replenishing:

To calculate the daily dosage of

**KH 2**, please perform two KH tests delayed of some days from each other, then fill the following form. If your are using alkalinity in meq/l, please convert it multiplying it for 2.818 (1 meq/l = 2.818 dKH)

dKH

dKH

days

ml (0 if this is the first calculation)

ml/h

Magnesium Replenishing:

To calculate the daily dosage of

**MG 3**, please perform two magnesium tests delayed of some days from each other, then fill the following form.

mg/l (ppm)

mg/l (ppm)

days

ml (0 if this is the first calculation)

ml/h

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds

ml (to show this data, you have to select "yes" in the previous request)

ml

seconds

# Oceanlife Integra 4.0

## Select
the element to be dosed:

liters

ml

# Oceanlife Balance 1.0

## Enter the values read by the ICP test:

mg/l (reference value 0,06 mg/l)

mg/l (reference value 1,3 mg/l)

mg/l (reference value 0,05 mg/l)

mg/l (reference value 65 mg/l)

µg/l (reference value 170 µg/l)

µg/l (reference value 10 µg/l)

µg/l (reference value 2 µg/l)

µg/l (reference value 10 µg/l)

liters

To rebalance the micro elements, you should change some water with Supreme salt (without using Part 3)

liters

Subsequently it is necessary to reintegrate the individual elements according to the following instructions:

ml

ml

ml

ml, or drops

ml, or drops

ml, or drops

ml, or drops

ml, or drops

# Oceanlife Water 1.2

## This program allows you to prepare seawater using Supreme Liquid Salt in 3 components

liters

‰ [standard value for corals 35‰ (ppt) (sg 1.026), for fish 28‰ (ppt) (sg 1.021)]

To obtain the desired amount of water, place the following amount of osmosis water in a container, and add the recommended quantities of Part 1, Part 2 and Part 3 in sequence, keeping the water moving with a pump and waiting for a few seconds between one addition and the other so that the solution returns limpid.

g/l (value read on the densimeter)

(value read on the refractometer)

L

liters - or grams

liters - or grams

ml

The water prepared with the desired salinity will have the following values

mg/l

mg/l

mg/l

mg/l

mg/l

mg/l

mg/l

mg/l

mg/l

mg/l

mg/l

mg/l

µg/l

µg/l

µg/l

µg/l

# Oceanlife Integra Freshwater 1.1

## Select the product you wish to dose:

liters

ml

g

mg/l

# Oceanlife GH Calculator 1.0

## Perform the calculation of the desired GH

This software allows you to calculate the amount of GH+, GH+Mag and any water change necessary to achieve a desired GH, with the right calcium/magnesium ratio, starting from a water containing only calcium.

dGH

dGH

liters

mg/l (ppm)

liters

ml

ml

mg/l (ppm)

mg/l (ppm)

# Oceanlife Salinity Corrector

## This program allows to correct the salinity of the sea water using Supreme Liquid Salt in 3 components

liters

‰

‰ [standard value for corals 35 (ie SG 1.026), for fish 28 (ie SG 1.021)]

To correct salinity, the following quantities of Supreme Liquid Salt must be added:

g/l

g/l (valore letto sul densimetro)

(value read on the refractometer)

liters - or grams

liters - or grams

ml

# Oceanlife Water Salinity Converter

## This software allows you to convert basic marine water data between different units of measurement. The data is calculated at the surface.

- The direct calculation from Salinity (‰ - ppt) to Density (g/l or kg/m3) / Specific Gravity is based on the equation adopted by UNESCO - The One Atmosphere International Equation of the State of Seawater (Millero and Poisson, 1981).
- The inverse calculation, from Specific Density / Gravity to Salinity, is performed by the solution for iterative methods of the reverse equation of Millero and Poisson.
- The calculation from Conductivity to Salinity / Density / Gravity Specification is performed according to the complex polynomial equation adopted by UNESCO/ICES/SCOR/IAPSO. In this case, the values are reliable for the resulting salinity between 2 and 42 and a temperature between -2 °C and 35 °C.
- The Conductivity calculation is performed through the solution for iterative methods of the reverse equation adopted by UNESCO/ICES/SCOR/IAPSO.
- Salinity values are expressed in "Practical Salinity" (?)

(usually it is equal to the temperature of the sea water)

PSU (g/kg - ppt - ‰)

g/l (value read on the densimeter) (?)

(value read on the refractometer) (?)

mS/cm (value read on the conductivity meter)

Use of this conversion utility is free but if you want support our work, make a donation and help us continue our research work:

References:

- Unesco – IES-80 - Algorithms for computation of fundamental properties of seawater – 1983
- Equation of state of Seawater
- Density and the Equation of State
- Seawater Density (salinity and temperature effects)
- Density of Seawater
- A global algorithm for estimating Absolute Salinity
- Practical Salinity Scale
– 1978

Copyright © 2018 Oceanlife S.r.l. -
all rights reserved

# Simple Test: Potassium

## Instructions:

- Add 5 ml of reagent K to the vial.
- Place the vial on the black symbol of the seagull on the sheet.
- Fill the 1 ml syringe with 1 ml of aquarium water and, looking at about 25 cm away, add drop by drop into the vial. Shake gently after each drop waiting for a few moments the formation of turbidity.
- Stop adding only when it is no longer possible to see the
seagull symbol. If after the first syringe it is still possible
see the symbol, repeat the previous point.

ppm (mg/l)

# Simple Test: Magnesium

## Instructions:

- Add 5 ml of aquarium water to the first vial and add 7 drops of MG reagent 1. Stir gently for 15 seconds.
- Add 1 spoon of MG 2 reagent and shake gently until completely dissolved.
- Take with the first syringe (red) of 1 ml, 1 ml of MG 3 reagent and slowly add to the first test vial until the solution passes from cyclamen to blue, passing through the violet. Wait 1 minute to check the stability of the color change.
- Read and note the value reported on the first syringe.
Example: 0,85

- Add 5 ml of aquarium water into the second tube and add 1 spoon of MG 2 reagent and shake gently until completely dissolved.
- Take with the second syringe (blue) 1 ml, 1 ml of MG 4 reagent and slowly add to the second vial until the solution passes from cyclamen to blue-blue, passing through the violet. Wait 30 seconds to check the stability of the color change.
- Read and note the value reported on the second syringe.
Example: 0,15

ppm (mg/l)

# Simple Test: Calcium

## Instructions:

Marine Aquarium:- Add 5 ml of aquarium water into the vial.
- Add 10 drops of the CA 1 reagent and shake gently for 10 seconds.
- Add 1 teaspoon of AC reagent 2 and shake gently until complete dissolution.
- (Syringe n.1) Fill the syringe with 1 ml of CA 3 reagent and add slowly. Shake gently. If the solution changes color now, the measured water has less than 250 mg/l of calcium.
- (Syringe n.2)
Fill the syringe again with 1 ml of CA 3 reagent and add stirring after each drop. When the solution changes color from purple to blue, read the value of the CA 3 reagent syringe and insert it in the field below.

- (Syringe n.3) If the color variation has not occurred, fill it again syringe with 1 ml of CA 3 reagent and add stirring after each drop. When the solution changes color from purple to blue, read the value of the CA 3 reagent syringe and insert it in the field below.

- Add 10 ml of aquarium water into the vial.
- Add 10 drops of the CA 1 reagent and shake gently for 10 seconds.
- Add 1 teaspoon of AC reagent 2 and shake gently until completely dissolved.
- (Syringe n.1) Fill the syringe with 1 ml of CA 3 reagent and add slowly, shaking after each drop. When the solution changes color from purple to blue, read the value of the CA 3 reagent syringe and insert it in the field below.
- (Syringe n.2) If the color variation has not occurred, fill it again syringe with 1 ml of CA 3 reagent and add stirring after each drop. When the solution changes color from purple to blue, read the value of the CA 3 reagent syringe and insert it in the field below.

ppm (mg/l)