 |
THE CAVE SPRING
I. TYPE
Radioactive saltwater spring
|
II. CHARACTERISTICS
Limpidity: Excellent
Smell: None
Taste: Saline
Color: None |
III. CHEMICAL CONSTANTS
Temperature: 55,5°C (air temp.: 21,5°C)
Density: (D) 15°/15° = 1,0291
15°/4°=1,0281
pH at 20°C = 7,1
Units of measurement: 25,5 - 53,8 Mache
|
IV. CHEMICAL ANALYSIS
Kations and Anions
1 Kg of water contains:
| Kations: |
| Potassium | 0,3021 g |
| Sodium | 11,2996 g |
| Lithium | 0,0041 g |
| Calcium | 1,4336 g |
| Magnesium | 0,8733 g |
| Iron | 0,0201 g |
| Aluminium | 0,00033g |
| | |
| Anions: |
| Chlorine | 20,5668 g |
| Bromine | 0,0401 g |
| Fluorine | 0,0056g |
| Iodine | 0,00036 g |
| Sulphuric ion | 2,9328 g |
| Hydrophospheric ion | 0,00062 g |
| Hydrocarbonic ion | 0,1334 |
| Nitric ion | 0,00015g |
QUALITATIVE DETECTION
Absence of Ammonia ions
Absence 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 | 0,0250 g |
| Bromide sodium | 0,0516 g |
| Iodine sodium | 0,00042 g |
| Chlorine potassium | 0,5760 g |
| Fluoride sodium | 0,0123 |
| Hydrophosphoric aluminium | 0,00073 g |
| Sulphuric aluminium | 0,00011 g |
| Hydrocarbonic iron | 0,0640 g |
| Hydrocarbonic magnesium | 1,9799 g |
| Sulphuric magnesium | 1,4849 g |
| Chloride magnesium | 1,7836g |
| Nitric sodium | 0,00020 g |
| Chloride calcium | 3,9700 g |
| Sulphuric sodium | 1,9996 g |
| Chloric sodium | 27,0850g |
| ________ |
| Total | 37,54945g |
VI. SPECTROGRAPHIC ANALYSIS
Through the spectrographic analysis of the residue of 100ml water, the
following elements were detected: Ca, Mg, Fe, Si, Cu, B
|
|
Lefkada Spring Analysis
Mustafa Spring Analysis
The Cave Spring Analysis
Kratsas Spring Analysis
Back To Springs Home
|
