IV. CHEMICAL ANALYSIS
Kations and Anions
1 Kg of water contains:
Kations: |
Potassium | 0,2925 g |
Sodium | 10,0218 g |
Lithium | 0,0008 g |
Calcium | 1,2392 g |
Magnesium | 0,6832 g |
Iron | 0,0090 g |
Aluminium | 0,00018g |
| |
Anions: |
Chlorine | 18,4392 g |
Bromine | 0,0080 g |
Fluorine | 0,00495g |
Iodine | 0,00007 g |
Sulphuric ion | 2,0862 g |
Hydrophospheric ion | 0,00047 g |
Hydrocarbonic ion | 0,1495 |
Nitric ion | 0,000 g |
QUALITATIVE DETECTION
Traces of Ammonia ions
Traces of Nitric traces
Absence of Manganous ions
|
V. RATIO OF IONS TO SALTS
The composition of water corresponds to the composition of a solution weighing 1 Kg.
Chloride lithium | 0,0048 g |
Bromide sodium | 0,0103 g |
Iodine sodium | 0,00082 g |
Chlorine potassium | 0,5577 g |
Fluoride sodium | 0,0108 |
Hydrophosphoric aluminium | 0,00055 g |
Sulphuric aluminium | 0,00066 g |
Hydrocarbonic iron | 0,0286 g |
Sulphuric magnesium | 1,4849 g |
Hydrocarbonic magnesium | 0,1557 g |
Nitric sodium | 0,00013 g |
Chloric calcium | 3,4317 g |
Sulphuric sodium | 1,3322 g |
Chloric sodium | 24,5683g |
| ________ |
Total | 32,98666g |
VI. SPECTROGRAPHIC ANALYSIS
Through the spectrographic analysis of the residue of 100ml water, the
following elements were detected: Ca, Mg, Fe, Si
|