A. Composition
| 1. Anioni | mg/l | eq % | 2. Cations | mg/l | 2.Cations | |
| F⁻ | 15,78 | 12,359 | NH₄ᐩ | < 0,05 | 0,0000 | |
| Cl⁻ | 22,62 | 9,495 | Liᐩ | – | 0,0000 | |
| SO₄²⁻ | 116,66 | 36,140 | Naᐩ | 122,88 | 93,468 | |
| CO₃²⁻ | 6,00 | 2,976 | Kᐩ | 7,18 | 3,211 | |
| HCO₃⁻ | 158,65 | 38,702 | Ca²ᐩ | 3,51 | 3,063 | |
| HSiO₃⁻ | 1,70 | 0,328 | Mg²ᐩ | < 0,12 | 0,0000 | |
| NO₃⁻ | <1.00 | 0,000 | Fe-total(³ᐩ) | 0,02 | 0,006 | |
| NO₂⁻ | <0.05 | 0,000 | Mn²ᐩ | < 0,02 | 0,000 | |
| Sum : | 321,41 | ~100,00 | Sum : | 133,59 | ~100,00 | |
| Dry residue at 180℃ | 452 mg/l | H₂SiO₃ | 109,7 mg/l | |||
| Dry residue at 260℃ | 440 mg/l | Total mineralization | 563 mg/l | |||
| Electrical conductivity | 683 ⲙS/cm | Carbon dioxide | 0,44 mg/l | |||
| at 25℃ | Hydrogen sulphide and sulphides | 2,20 mg/l | ||||
| pH | 8,68 | |||||
| Flow rate | 11,30 l /s | |||||
| Temperature | 48 ℃ | |||||
Appearance: The water is clear, colourless, tasteless and odourless of hydrogen sulphide.
Trace elements (mg/l)
| Aluminium | 0,060 |
| Arsenic | 0.068±0,014 |
| Antimony | <0,005 |
| Cadmium | <0,003 |
| Chromium | <0,005 |
| Copper | <0,050 |
| Nickel | <0,005 |
| Lead | <0,010 |
| Selenium | <0,010 |
| Mercury | <0,001 |
| Zinc | <0,018 |
| Barium | <0,014 |
| Pine | <0,342 |
| Cyanides | <0,010 |
| Silver | <0,050 |
The data are according to the test reports №38 from 25.04.2017 of the specialized laboratory for analysis of mineral waters at “NEBFTR” EAD – Sofia, Testing Protocol No. 480 of 09.03.2017 of laboratory testing complex at Regional Health Inspectorate Stara Zagora.
Radiological indicators
| Total α – activity | 0,114±0,033 Bq/l |
| Total β – activity | 0,271±0,026 Bq/l |
| Radium 226 | 0,087±0,025 Bq/l |
| Natural uranium | < 0,0020 mg/l |
| Radon 222 | 138,3±7,7 Bq/l |
| Total indicative dose | 0,020±0,005 mSv/yr |
The data agree with Radiological Water Monitoring Protocols No. W552a and No. W552b dated 05/05/2017 and No. W033 dated 01/02/2018 of the Type A Control Authority of the and the Expert Assessment for the Determination of Total Indicative Dose of the NCRRP.
Microbiological indicators
| Total number of colonies of viable microorganisms at 22 ℃ | < 1 KOE/cm³ |
| Total number of colonies of viable microorganisms at 37℃ | < 1 KOE/cm³ |
| Coliforms at 37℃ | 0/250cm³ |
| Escherichia coli | 0/250cm³ |
| Fecal streptococci (enterococci) | 0/250cm³ |
| Sulfitreducing clostridia | 0/50cm³ |
| Pseudomonas aeruginosa | 0/250cm³ |
The data are according to the Testing Protocol №480 from 09.03.2017 of the Laboratory Testing Complex at Regional Health Inspectorate Stara Zagora.
Conclusion:
The total mineralization of mineral water from borehole No.Сз-3 Yagoda, Muglizh municipality, Stara Zagora region is 563 mg/l. It is characterized as low mineralized, hyperthermal, hydrocarbonate-sulphate sodium, fluoride and silicate water, without sanitary-chemical and microbiological signs of contamination. The contents of the examined micro-components are within the limits of the norms for mineral waters. The water has a stable physico-chemical composition and properties and complies with the requirements of Regulation No 14 on spa resources, spa areas and resorts (State Gazette No 79 of 1987, as amended by No 70 of 2004).
В. Properties
The therapeutic and prophylactic properties of the water are determined by its low mineralisation and the presence of bicarbonate, sodium, sulphate and fluoride ions and metasilicic acid in the colloidal state. Drinking this type of water has an effect mainly on the gastrointestinal tract, the biliary-liver system and the renal-excretory system. The water reduces the hyperacidity of gastric juice, increases its secretion, stimulates pancreatic secretion and stimulates the kinetics of the bile ducts. Low mineralization potentiates diuresis. Fluoride ions potentiate dentogenesis..
When used for drinking balneotherapy and balneoprophylaxis (after appropriate tempering to 35-37°C) has a beneficial effect in the following diseases: gastrointestinal (chronic gastritis, gastroduodenitis, ulcer disease, enterocolitis, etc.). ); biliary and hepatic (gallstone disease, chronic cholecystitis, cholangitis, cholangiohepatitis, chronic hepatitis, biliary dyskinesia, etc.); hepatic and biliary diseases (cholelithiasis, chronic cholecystitis, cholangitis, cholangiohepatitis, chronic hepatitis, chronic biliary dyskinesias, etc.). ); renal-urological (chronic pyelonephritis, chronic cystitis, nephrolithiasis, urolithiasis, post-lithotripsy condition, etc.); chronic pancreatitis; metabolic (gout, obesity, diabetes mellitus); caries prevention, etc.
It is recommended that drinking balneotherapy be carried out with courses no longer than 15 days, 250-300 ml before meals.
The use of mineral water for drinking balneotherapy and balneoprophylaxis is by doctor’s appointment, in compliance with strictly defined methodologies and dosages (quantity of drinking water, temperature and method of intake, duration of the therapeutic and prophylactic course).
When using external balneotherapy and balneoprophylaxis (after appropriate tempering to 33-35°C)
The use of mineral water for external balneotherapy and balneoprophylaxis is by doctor’s appointment, in compliance with strictly defined methodologies and dosage (amount of water taken, temperature and method of intake, duration of the therapeutic and prophylactic course).
Contraindications for external balneotherapy: specific diseases; infectious diseases; diseases in active stage and decompensated function of organ systems; oncological diseases; chronic ischemic heart disease with rhythm disorders; epilepsy.
