Main Therapeutic Uses of Some Moroccan Hot Springs’ Waters (original) (raw)
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iJournals: International Journal of Software & Hardware Research in Engineering, 2019
The study of the microorganism rates in the various microbiological analysis points show that the thermal water of Moulay Yacoub (Morocco) arising from the pool source is a clean water of any contamination which testifies to its good biotypical quality. As a result we can say that the closer we get to the source the closer we get to a healthy zone. The study of the microorganism rates in the various microbiological analysis points show that the thermal water of Moulay Yacoub (Morocco) arising from the pool source is a clean water of any contamination which testifies to its good biotypical quality. As a result we can say that the closer we get to the source the closer we get to a healthy zone. On the other hand more away from the hot spring than this water shows a higher contamination especially during the weekend days (Saturday and Sunday) where values are often out of the ordinary something that can be explained by the high rate of visitor attendance during his days. The low microbiological values are found in the middle of the week which is the most favorable period for spa treatments especially on Friday which is a day of reopening after maintenance of the pool which clears the pool of the excessive load of contaminants. Key words:biological indicators, thermal water, contamination, Moulay Yacoub, Morocco.
Geothermal Energy, 2022
This Science article summarizes the preliminary work carried out by the Renewable Energy Development Centre under the National Research Project in the Central North of Algeria from 2013 to 2016 to explore for geothermal resources and hydrogeology and hydrogeochemical and therapeutic aspects. The geology is very complex in this region and it determines the thermal water reservoirs. The value and importance of the thermal springs in Algeria is very significant. This study will be addressed by means of conventional chemical analyzes of the main hot springs major elements in the north central region of Algeria. Hydrogeochemical prospecting was carried out in detail is briefly exposed and the main results are described in particular regarding the hot springs of the Centre North of Algeria. The existing geothermal potential in Algeria is operated primarily for the balneotherapy and some applications for aquaculture. In this study, we will apply the hydrogeochemical techniques to the hot s...
Applied Water Science, 2021
Current studies were performed to evaluate the physico-chemical characteristics and therapeutic potential of Chutrun thermal springs located in the North-west of Shigar Valley, Gilgit-Baltistan (Pakistan). Thermal springs with different mineral contents have been used by people for bathing and health purposes since old timings. The mineral water of these springs contains elements like sodium, potassium, calcium, magnesium as chlorides, fluorides, sulphates, phosphates and bicarbonates which may be responsible for cure of various diseases. Chutrun hot springs have 7.21–7.8 pH, 40–42° C Temperature, 300–310 ppm TDS, 3.1–6.7 ppm DO, 278–285 ppm hardness, 1.62–2.42 ppm turbidity, 250–260 ppm alkalinity, 500–516 ppm conductivity, 12–18 ppm sodium, 3.8–4.1 ppm potassium, 80–82 ppm calcium, 20 ppm magnesium, 9.6–12 ppm chlorides, 3.4–3.9 fluorides, 260–282 bicarbonates and 80–85 ppm sulphates. Absence of E.Coli and faecal coliforms indicated that waters from thermal springs are free from o...
European journal of water quality, 2013
The hydrothermal complex of Moulay Yacoub is located in the north center of Morocco. It is well-known for its large therapeutic benefits and is the most visited thermal station by Moroccans and foreign tourists. To determine the physicochemical composition and to assess the hygienic quality of these thermal waters, the water of the source and on others three points of use was studied monthly, from June 2009 to June 2010. The results of this study showed that these waters are characterized by high temperature (53.13°C) and high values of the sodium (>1000 mg. L −1), chlorides (17440 mg.L −1) and calcium (1058 mg.L −1). This study demonstrates also that the water of the source is free from bacterial contamination, including Legionella. However, different rates of contamination were detected in the waters at several points of use (women pool, mixed pool), which are associated to visitor activities. The physicochemical characteristics and mineral composition of these thermomineral waters explain the benefit effect associated to its use in the therapy of some pathologies. The use of thermal water from the source is not associated to any risk of bacterial contamination. However, hygiene precautions must be applied and imposed to curists, in order to improve the hygienic quality of the water in different points of use.
Bimonthly Journal of Hormozgan University of Medical Sciences, 2015
Introduction: Hydrochemical properties of waters used in balneotherapy are very important, as they play a key role in success or failure of this kind of treatment. There are 30 mineral and hot spas in Hormozgan Province, Southern Iran, which are traditionally used for treating diseases. In this study, hydrochemical properties of Fotoyeh and Sanguyeh Springs, in western Hormozgan Province, are discussed and analyzed. Methods: The mentioned springs’ water was sampled four times during different seasons of 2012. Physicochemical factors including EC, pH, and temperature were measured using portable devices at the sampling point; whereas primary and secondary ions were measured using ICP, titration, atomic absorption spectroscopy and photoelectric flame photometer in laboratory. Radon concentration also was measured by Rad7, an active radon detector, at the sampling location. Results: Measurements showed that the average total of minerals in Fotoyeh and Sanguyeh springs is 5741 and 24037...
2020
Musculoskeletal disorders and chronic health conditions are leading causes of death and disability all over the world. The prevalence of such disorders pose great social and economic burden due to the wide variety of the pathological conditions. Complementary/integrative interventions are commonly utilized to improve quality of life and productivity in such conditions. One approach often recommended is the use of thermal mineral water from hot springs known as balneotherapy/spa therapy. This practice is prevalent in Turkey, Hungary, Romania, Germany, Portugal, Japan, Poland, Spain, Italy, and France. Its therapeutic potentials being reported for various rheumatic diseases, multiple sclerosis, type 2 Diabetes, dermatitis, fibromyalgia, chronic low back pain, cardiovascular disease, chronic venous insufficiency, stress, psoriasis as well as metabolic and respiratory conditions. There are several known and unknown thermal springs in Nigeria which could be effectively utilized for balne...
Perception and lived experience on health effects of natural hot spring water bath
International Journal Of Community Medicine And Public Health
Background: Natural hot spring bath has enormous health benefits. The water found in natural hot springs contains a variety of different minerals which shows positive benefits on rheumatism, skin diseases, gastritis, sinusitis, cardiac diseases, joint pain and many more. The healing effect is mostly from mineral composition.Methods: Phenomenological study was conducted on twenty-one participants who were taking natural hot spring water bath in Singha tatopani, Myagdi. Each participant was randomly selected. Eight In-depth interview and two focus group discussion were used for collecting information. People who have immediate bath experience were included in the study and those who were ill and not able to response the question due to illness were excluded from the study. Informed consent was taken from each participant before participation. Afterwards transcripts were transcribe and translated in English and analyzed using thematic analysis was done with the means of Ms. Excel.Resul...
Our study, based on the grid water quality World Health Organization (WHO, 2004), targeted the evaluation of the physico-chemistry and heavy metals of water springs of the Tangier-Tetouan region (Northwestern Morocco). The analyses have involved eleven springs with tap water treated for three companies. According to Rodier (1978, 2009), the samples were taken from March/2013 to June/2013. The results for physico-chemical analysis have shown that the region has generally good quality of water, with the exception of a single spring (Agla), which itself shows a high contamination of iron and manganese. As for the heavy metals, it was found that all springs have very low concentrations or no trace elements. So general, the evaluation of the results of physico-chemical analysis presented in this work can be considered eligible and have no impact on the quality of the water, these results are consistent with those obtained by Belghiti et al. (2013).
Determination of Physicochemical Parameters of Springs Water in Sebt Jahjouh Area (El Hajb, Morocco
Drinking Water quality is of fundamental importance to human physiology and the durability of humanity depends very much on its availability. The present work is aimed to assess the quality of springs water in the Sebt Jahjouh area. This has been determined by collecting groundwater samples and subjecting the samples to a comprehensive physicochemical analysis. The physico‐ chemical parameters like temperature, pH, total hardness, calcium, magnesium, bicarbonate, chloride, nitrate, sulphate, total alkalinity, and organic matter have been analyzed. The results obtained show that the water studied has a conductivity that varies between 319 μs/cm and 812 μs/cm. Nitrate concentrations vary between 17.18 mg/l and 67.38 mg/l.
Physico-Chemical Quality of Some Thermal Springs in the Agadez Region (North-East Niger)
International Journal of Advanced Research
Without sanitary Agadez is a region located in the NorthEast of Niger with important groundwater resources whose virtues depend on the sites in which they are discovered, the nature of the subsoil and the geophysical setting. The thermal springs of the Agadez region are a great asset and are exploited by the population for various uses. These springs are at a traditional stage of operation in thermal treatments control. It is in this context that a study on the physico-chemical quality of some thermal springs in the Agadez region was carried out. The purpose of this study is to evaluate the Agadez region thermal water potential followed by a physico-chemical analysis of these waters. It is based on hydrochemical and hydrodynamic methods. Field surveys and analytical investigations allowed us to know the origin and use of water of certain thermal water points by the population. Indeed, these waters are used mainly for medical care. They treat diseases such as rheumatism at more than 99%, itching at 100%, oral-lingual mucosa at 97% and anemia at 6%. The results of physico-chemical analyses carried out on samples taken from the thermal springs of Tafadek, Ingall, Ingiténe, Akakara and Tassinik show that the majority of physico-chemical parameters comply with WHO standards except for bicarbonate, sodium and fluorine contents. The piper diagram revealed two types of families, the sodium and potassium chloride-containing water family and the sodium and potassium bicarbonate-containing water family.