A Typical Analysis of Sea Minerals


The most common element in the Sea is Magnesium (Mg). Australian soils are sadly low in this element compared to other continents. To find out what minerals do for you please look at our page www.amenas.com.au/minerals-and-their-functions/ This explains the body's use of the most common dietary minerals.
I have two lots of analysis below, one is the basic make-up of sea minerals and the next is a typical analysis of sea water.
It is important to note that Trace Elements are just that, "just a trace". Amena's Sea Minerals have the sodium chloride reduced to a very small amount, less that 4% or your daily requirements. Also the seawater is reduced to approximately 1% of it's original mass to become 'Sea Minerals'. Please use this table as a guide only.
MINERAL MAKEUP OF SEA MINERALS (BASIC ANALYSIS)
NOTE: Sea Minerals are concentrated to 1% of the original sea water.
LIQUID SEA MINERALS
TYPICAL ANALYSIS
pH 5.9 pH
Aluminium 0.1 mg/L Arsenic 0.01 mg/Kg Barilium 0.01 mg/L Barium 0.015 mg/L Boron 469.51 mg/L
Cadmium 1.43 mg/Kg Calcium 10 mg/L Chloride 19 % Chromium 4.7 mg/Kg Copper 0.09 mg/L
Iron 0.1 mg/L Lead 0.6 mg/Kg Lithium 17.1 mg/L Magnesium 12 % Manganese 6.78 mg/L
Mercury 0.01 mg/Kg Molybdenum 0.05 mg/L Nickel 0.6 mg/Kg Nitrates - Nitrogen 0.095 mg/l
Nitrogen 0.011 %w/w Phosphorus 12 mg/L Potassium 1 % Salt from Chloride 31 % Selenium 0.01 mg/Kg
Silver 0.35 mg/Kg Sodium 2.87 % Sulphate 7.01 % Sulphur 17429 mg/L Tin 0.01 mg/Kg Titanium 0.13 mg/L
Total Dissolved Ions 32 % Uranium 0.041 mg/L Vanadium 0.1 mg/L Zinc 1.85 mg/L
Microbiological quality: Meets Food Safety Requirements
MINERAL MAKEUP OF SEAWATER
In order of most to least: Please Note that Sodium Chloride has been mostly removed as Salt
ELEMENT |
MOLECULAR WEIGHT |
% IN SEAWATER (parts per million) |
MOLAR CONCENTRATION |
Chloride |
35.4 |
1.8980% |
0.536158 |
Sodium |
23 |
1.0561% |
0.459174 |
Magnesium |
24.3 |
0.1272% |
0.052346 |
Sulfur |
32 |
0.0884% |
0.027625 |
Calcium |
40 |
0.0400% |
0.01 |
Potassium |
39.1 |
0.0380% |
0.009719 |
Bromine |
79.9 |
0.0065% |
0.000814 |
Carbon(inorganic) |
12 |
0.0028% |
0.002333 |
Strontium |
87.6 |
0.0013% |
0.000148 |
Boron |
10.8 |
0.00046% |
0.000426 |
Silicon |
28.1 |
0.0004% |
0.000142 |
Carbon (organic) |
12 |
0.0003% |
0.00025 |
Aluminum |
27 |
0.00019% |
0.00007 |
Fluorine |
19 |
0.00014% |
0.000074 |
N as nitrate |
14 |
0.00007% |
0.00005 |
Nitrogen (organic) |
14 |
0.00002% |
0.000014 |
Rubidium |
85 |
0.00002% |
0.0000024 |
Lithium |
6.9 |
0.00001% |
0.000015 |
P as Phosphate |
31 |
0.00001% |
0.0000032 |
Copper |
63.5 |
0.000009% |
0.0000014 |
Barium |
137 |
0.000005% |
0.00000037 |
Iodine |
126.9 |
0.000005% |
0.00000039 |
N as nitrite |
14 |
0.000005% |
0.0000036 |
N as ammonia |
14 |
0.000005% |
0.0000036 |
Arsenic |
74.9 |
0.0000024% |
0.00000032 |
Iron |
55.8 |
0.000002% |
0.00000036 |
P as organic |
31 |
0.0000016% |
0.00000052 |
Zinc |
65.4 |
0.0000014% |
0.00000021 |
Manganese |
54.9 |
0.000001% |
0.00000018 |
Lead |
207.2 |
0.0000005% |
0.000000024 |
Selenium |
79 |
0.0000004% |
0.000000051 |
Tin |
118.7 |
0.0000003% |
0.000000025 |
Cesium |
132.9 |
0.0000002% |
0.000000015 |
Molybdenum |
95.9 |
0.0000002% |
0.000000021 |
Uranium |
238 |
0.00000016% |
0.0000000067 |
Gallium |
69.7 |
0.00000005% |
0.0000000072 |
Nickel |
58.7 |
0.00000005% |
0.0000000085 |
Thorium |
232 |
0.00000005% |
0.0000000022 |
Cerium |
140 |
0.00000004% |
0.0000000029 |
Vanadium |
50.9 |
0.00000003% |
0.0000000059 |
Lanthanum |
139.9 |
0.00000003% |
0.0000000022 |
Yttrium |
88.9 |
0.00000003% |
0.0000000034 |
Mercury |
200.6 |
0.00000003% |
0.0000000015 |
Silver |
107.9 |
0.00000003% |
0.0000000028 |
Bismuth |
209 |
0.00000002% |
0.00000000096 |
Cobalt |
58.9 |
0.00000001% |
0.0000000017 |
Gold |
197 |
0.0000000008% |
0.00000000004 |
This is a makeup of seawater from https://web.stanford.edu/group/Urchin/mineral.html Seawater, amazingly, doesn't vary much in its mineral makeup from place to place. (ppm converted to percentage of whole by Amena's Sea Minerals)