Aquarium volume (lt)
Solution volume (ml)
Compound
Amount (gr)
Suggested ammount of
nutrient in planted aquariums (ppm)
Solution Saturation Point
(gr compound / 100ml RO water)
MgSO
4
+7H
2
O
Mg: 5-10ppm
29 gr
Adding 1ml of the above solution to the aquarium water will add
---
ppm Magnesium (Mg) and
---
ppm Sulfates (SO
4
)
KNO
3
K: 10-20ppm, NO
3
: 10-20ppm
85 gr
Adding 1ml of the above solution to the aquarium water will add
---
ppm Potassium (K) and
---
ppm Nitrates (NO
3
)
KH
2
PO
4
K: 10-20ppm, PO
4
: 10-20ppm
15 gr
Adding 1ml of the above solution to the aquarium water will add
---
ppm Potassium (K) and
---
ppm Phosphates (PO
4
)
K
2
HPO
4
K: 10-20ppm, PO
4
: 10-20ppm
15 gr
Adding 1ml of the above solution to the aquarium water will add
---
ppm Potassium (K) and
---
ppm Phosphates (PO
4
)
K
2
SO
4
K: 10-20ppm
12 gr
Adding 1ml of the above solution to the aquarium water will add
---
ppm Potassium (K) and
---
ppm Sulfates (SO
4
)
CaCl
2
Ca: 10-30ppm
Adding 1ml of the above solution to the aquarium water will add
---
ppm Calcium (Ca) and
---
ppm Cloride (Cl
2
)
CaCl
2
+2H
2
O
Ca: 10-30ppm
Adding 1ml of the above solution to the aquarium water will add
---
ppm Calcium (Ca) and
---
ppm Cloride (Cl
2
)
Amount of Ca
2+
(ppm)
Amount of Mg
2+
(ppm)
Adding
---
ppm Calcium (Ca
2+
) and
---
ppm Mg (Mg
2+
) will increase the GH value
---
o
dH which is equal to
---
ppm CaCO
3