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    Drinking water is an essential part of our daily lives, and its role is not limited to hydrating the body, but it plays a vital role in maintaining our general health. We often care about the amount of water we drink, but we rarely consider the minerals that drinking water contains. These minerals, although in small quantities, significantly affect various body functions and may be beneficial or harmful depending on their type and concentration. In this article, we will discuss in detail how the minerals in drinking water affect your health, what types of minerals are beneficial and harmful, and how you can make sure that the drinking water you drink is healthy and safe.

    1. The Importance of Minerals in Drinking Water

    1.1 The Role of Minerals in the Body

    Minerals play a vital role in supporting many of the body's vital functions. They are necessary for building bones and teeth, regulating heartbeats, transmitting nerve signals, producing hormones, and maintaining fluid balance in the body. A deficiency of any of these minerals may lead to serious health problems. For example, calcium is essential for healthy bones and teeth, while magnesium helps regulate muscle and nerve functions. Therefore, obtaining adequate amounts of minerals from various sources, including drinking water, is crucial to maintaining good health. We must realize that drinking water is not just a way to hydrate the body, but is a valuable source of essential nutrients.

    1.2 Sources of Minerals in Drinking Water

    The minerals in drinking water come from natural sources, such as rocks and soil through which water seeps. This process allows water to carry dissolved minerals, such as calcium, magnesium, sodium, and potassium. In addition, drinking water may contain other minerals, such as iron, zinc, and copper, in smaller quantities. The composition of minerals in drinking water varies depending on the geographic source and the type of soil and rocks in the area. For example, water that passes through limestone rocks may be rich in calcium and magnesium, while water that passes through sedimentary rocks may contain larger amounts of sodium. It is important to be aware that water treatment processes may also affect the mineral composition, as some processes may lead to the removal or addition of some minerals.

    2. Beneficial Minerals in Drinking Water

    2.1 Calcium and Magnesium

    Calcium and magnesium are essential minerals that play a vital role in the health of the body. Calcium is necessary to build and maintain strong bones and teeth, and also helps regulate muscle and nerve functions. Magnesium, on the other hand, contributes to regulating blood pressure and blood sugar levels, as well as supporting muscle and nerve functions. Getting enough calcium and magnesium from drinking water can help meet daily requirements for these minerals, especially for people who don't get enough from other dietary sources. For example, drinking water rich in calcium can be especially beneficial for postmenopausal women, who are more at risk of developing osteoporosis.

    2.2 Sodium and Potassium

    Sodium and potassium are important minerals that help regulate fluid balance in the body, in addition to supporting nerve and muscle functions. Sodium is necessary to maintain normal blood pressure, while potassium helps regulate heartbeat. Although sodium is necessary, excessive intake may lead to high blood pressure, especially in susceptible individuals. Therefore, it is important to maintain a balance between sodium and potassium in the diet. Drinking water can be a source of sodium and potassium, but attention should be paid to the amounts of these minerals, especially for people with health problems such as high blood pressure or kidney disease. Sodium quantities in drinking water are often low, but it is necessary to check the label on the water bottle to ensure it is suitable for your health needs.

    3. Potentially Harmful Minerals in Drinking Water

    3.1 Lead and Nitrates

    Drinking water may sometimes contain harmful minerals, such as lead and nitrates, which can pose a health hazard. Lead can leach into drinking water from old pipes or faucets that contain lead. Exposure to lead, even in small amounts, can negatively affect the mental and physical development of children, in addition to increasing the risk of kidney problems and high blood pressure in adults. As for nitrates, they may reach drinking water from agricultural fertilizers or sewage. High levels of nitrates in drinking water can lead to a condition known as "blue baby syndrome" in infants, in addition to increasing the risk of some types of cancer in adults. It is essential to ensure that the drinking water you consume does not contain high levels of these harmful minerals.

    3.2 Mercury and Arsenic

    Mercury and arsenic are toxic minerals that may be found in drinking water in some areas. Mercury can leach into drinking water from industrial or natural sources, and exposure to mercury can negatively affect the nervous system and kidneys. Arsenic, on the other hand, may be present in drinking water naturally in some areas, especially those containing sedimentary rocks. Long-term exposure to arsenic can increase the risk of cancer and cardiovascular diseases. It is necessary to conduct periodic tests on drinking water to ensure that it does not contain high levels of these toxic minerals. If you live in an area known to have these minerals in groundwater, it is recommended to use certified water purification devices to remove these minerals before drinking the water.

    4. How to Check the Quality of Drinking Water?

    4.1 Regular Water Testing

    To ensure that the drinking water you consume is safe and healthy, it is necessary to conduct periodic water quality tests. This can be done by sending water samples to an accredited laboratory for analysis. These analyzes can determine the levels of different minerals in the water, in addition to detecting the presence of any other pollutants, such as bacteria or harmful chemicals. If the drinking water comes from a public source, the government agencies responsible for providing water usually conduct periodic tests and publish the results of these tests to the public. However, if you rely on a private well or untreated water source, it is necessary to conduct regular tests to ensure the safety of the water. Investing in water quality testing is an investment in your health and the health of your family.

    4.2 Using Water Purification Devices

    Water purification devices are an effective means of improving the quality of drinking water and removing harmful minerals and other pollutants. There are different types of water purification devices available in the market, each with a different method of operation. Some devices use filters to remove impurities and sediments, while others use reverse osmosis technology to remove dissolved minerals and chemical pollutants. There are also devices that use ultraviolet rays to kill bacteria and viruses. When choosing a water purification device, it is important to consider the quality of the water you consume and the problems you want to solve. For example, if the water contains high levels of lead, it is recommended to use a purification device specifically designed to remove lead. It should also be ensured that the device is certified by a reliable entity and that the filters are changed regularly to maintain the effectiveness of the device.

    5. The Effect of Water Treatment on Minerals

    5.1 Traditional Treatment Processes

    Drinking water undergoes various treatment processes before it reaches homes, with the aim of removing impurities and pollutants and making it safe to drink. These processes include filtration, sterilization, and disinfection. These processes may affect the composition of minerals in the water. For example, filtration processes may lead to the removal of some minerals, while disinfection processes may add chemicals such as chlorine, which can react with minerals in the water. In some cases, minerals may be added to the water during the treatment process to improve its quality. For example, fluoride may be added to the water to help prevent tooth decay. It is important to realize that water treatment processes aim to improve the quality of the water and make it safe to drink, but they may affect the composition of minerals in it. The entities responsible for providing water must ensure that treatment processes do not lead to the removal of beneficial minerals or the addition of harmful substances.

    5.2 Advanced Treatment Technologies

    There are advanced water treatment technologies aimed at preserving the beneficial minerals in the water while removing harmful pollutants. These technologies include selective reverse osmosis, nanofiltration, and ion exchange. These technologies allow the removal of harmful minerals, such as lead and nitrates, while preserving beneficial minerals, such as calcium and magnesium. For example, selective reverse osmosis can be used to remove nitrates from the water without removing calcium and magnesium. These advanced technologies are more expensive than traditional treatment processes, but they provide higher quality drinking water and preserve the health benefits of the natural minerals in the water. With increasing awareness of the importance of drinking water quality, these advanced technologies are expected to become more popular in the future.

    6. Comparison Between Types of Bottled Drinking Water

    The types of bottled drinking water available in the market differ in terms of source, mineral composition, and the treatment processes they undergo. Some types come from natural groundwater wells, while other types come from treated and filtered water sources. It is important to read the label on the water bottle to know the source of the water and the mineral composition in it. Some companies add minerals to the water to enhance its taste or improve its health benefits, while other companies remove minerals to make the water purer. When choosing bottled drinking water, your health needs and personal preferences should be taken into account. If you are looking for water rich in minerals, choose a type that comes from a natural source and contains high levels of calcium and magnesium. If you prefer water that is pure and free of minerals, choose a type that is treated and filtered.

    6.1 Comparison Table of Bottled Drinking Water Types

    The following table shows a comparison between some types of bottled drinking water available in the Saudi market, with a focus on the sodium content, pH, total dissolved solids, water source, and mineral composition:

    Comparison of Bottled Drinking Water Types in Saudi Arabia
    BrandOfficial WebsiteSodium Content (mg/L)pHTotal Dissolved Solids (mg/L)Water SourceMineral Composition
    Novahttps://novawater.com/16.8 (Average)7120Groundwater Wells in Saad, Ramah / Asir MountainsCalcium: 10.0 mg/L; Magnesium: 4.5 mg/L; Potassium: 1.1 mg/L; Bicarbonate: 20.0 mg/L; Sulfate: 35.0 mg/L; Nitrate: 3.1 mg/L; Chloride: 17.0 mg/L; Fluoride: 0.8 mg/L
    Berainhttps://berain.com.sa/178155Groundwater Wells in Riyadh / Groundwater SpringsCalcium: 6.5 mg/L; Magnesium: 1.7 mg/L; Bicarbonate: 22.0 mg/L
    Taniahttps://taniawater.sa/37.1110Groundwater Wells in Wadi Al-Shadidah, Al-KharjCalcium: 10.0 mg/L; Magnesium: 10.0 mg/L; Bicarbonate: 16.0 mg/L
    Naqihttps://naqiwater.com/97.4120Groundwater Wells in Al-QassimN/A
    Arwahttps://www.coca-cola.com/xf/ar/brands/arwa1.4 (Regular), <1 (Zero Sodium)7N/AFactory in Al Ain, UAESodium: 1.4 mg/L; Potassium: 9 mg/L; Chloride: <1 mg/L; Calcium: <1 mg/L; Magnesium: 20.7 mg/L; Fluoride: <0.1 mg/L; Nitrate: <1 mg/L; Bicarbonate: 12 mg/L; Sulfate: 77.4 mg/L
    Safa MakkahN/A77.5130Makkah Water FactoryCalcium: 25 mg/L; Magnesium: 4 mg/L; Bicarbonate: 17 mg/L
    Oskahttps://oskawater.com/26.5-8121Groundwater WellsCalcium: 20 mg/L; Magnesium: 11 mg/L; Bicarbonate: 7 mg/L
    Hanahttps://hanawater.com/<57.8120Natural Wells - Al-QassimCalcium: 21 mg/L; Magnesium: 9 mg/L; Fluoride: 1 mg/L; Bicarbonate: 18 mg/L
    Aquafinahttps://www.aquafina.com/46.5-8.5105Treated and Filtered WaterCalcium:1 > mg/L; Magnesium: 20mg/L; Fluoride: 97 >mg/L; Bicarbonate: 1.3mg/L
    Nestle Pure Lifehttps://www.nestlepurelife.com/97120Groundwater wellsCalcium: 27 mg/L; Magnesium: 2.3 mg/L; Fluoride: 0.8 mg/L; Bicarbonate: 22 mg/L

    6.2 Recommendations for Choosing Suitable Drinking Water

    When choosing bottled drinking water, there are several factors to consider to ensure you get the best quality of water. First, check the source of the water and the treatment processes it undergoes. It is preferable to choose water that comes from natural sources, such as groundwater wells or springs, and has undergone simple treatment processes to preserve the natural minerals in it. Second, read the label on the water bottle to know the mineral composition in it. If you suffer from a deficiency in some minerals, such as calcium or magnesium, choose water that contains high levels of these minerals. Third, pay attention to the production and expiration date, and make sure that the package is intact and undamaged. Fourth, avoid buying water bottled in cheap plastic containers, as some chemicals from the plastic may leak into the water. Finally, store drinking water in a cool, dry place away from direct sunlight to maintain its quality.

    7. Abar App for Delivering Bottled Water

    In light of rapid technological development, getting pure drinking water has become easier than ever, thanks to bottled water delivery apps such as the Abar app. The Abar app aims to provide pure and healthy drinking water to homes and offices with ease and convenience. Through the app, you can browse a wide range of bottled drinking water brands, choose the type that suits your needs and preferences, and order it to be delivered to your doorstep as quickly as possible. The app also provides detailed information about each brand, including the water source, mineral composition, and the treatment processes it undergoes, which helps you make an informed decision when choosing drinking water. In addition, the app offers a periodic subscription service, where you can specify the amount of water you need and the delivery period, and the app will automatically deliver the water at the specified times, saving you the hassle of searching for and buying water repeatedly.

    7.1 Features of the Abar App

    The Abar app is characterized by many advantages that make it the perfect choice for obtaining pure drinking water. First, the app offers a wide range of bottled drinking water brands, allowing you to choose from a variety of types and prices. Second, the app provides detailed information about each brand, including the water source, mineral composition, and the treatment processes it undergoes, which helps you make an informed decision. Third, the app provides fast and reliable delivery service, where you can get the water within a few hours of ordering. Fourth, the app provides a periodic subscription service, where you can specify the amount of water you need and the delivery period, and the app will automatically deliver the water at the specified times. Fifth, the app offers exclusive offers and discounts to users, helping you save money when buying drinking water. Finally, the app provides 24/7 technical support to answer your questions and solve your problems.

    7.2 How to Use the Abar App

    Using the Abar app is easy and straightforward. First, download the app from your device's app store (App Store, Google Play, or AppGallery). Second, create a new account or log in using your existing account. Third, browse the bottled drinking water brands available in the app, and choose the type that suits your needs and preferences. Fourth, specify the quantity you want to buy and add it to the shopping cart. Fifth, enter the delivery address and choose your preferred payment method. Sixth, confirm the order and wait for the water to be delivered to your doorstep. You can also track the status of your order through the app. If you have any questions or problems, you can contact the technical support team through the app, by phone, or by email. The Abar app makes getting pure drinking water easier and more convenient than ever.

    8. Tips for Maintaining Good Health with Drinking Water

    8.1 Drink Enough Water Every Day

    Drinking enough drinking water every day is crucial to maintaining good health. The recommended amount of water varies depending on several factors, such as the level of physical activity, weather conditions, and general health status. However, it is generally recommended to drink at least 8 glasses of water a day. Drinking enough water helps to hydrate the body, regulate its temperature, and improve the functions of the kidneys and the digestive system. Water also helps transport nutrients and oxygen to cells and remove toxins from the body. If you exercise regularly or live in a hot area, you will need to drink more water to compensate for the fluids you lose through sweating. It is important to carry a bottle of water with you wherever you go and take small sips of water throughout the day. You can also eat foods rich in water, such as fruits and vegetables, to increase the amount of water you consume.

    8.2 Choosing Healthy Drinking Water Sources

    When choosing drinking water sources, it is important to choose healthy and safe sources. It is preferable to choose water that comes from natural sources, such as groundwater wells or springs, and has undergone simple treatment processes to preserve the natural minerals in it. If you drink water from the tap, make sure that it is treated and filtered to remove impurities and pollutants. You can also use water purification devices to improve the quality of tap water. If you buy bottled water, read the label on the water bottle to know the source of the water and the mineral composition in it. Avoid drinking water from unknown or questionable sources, as it may be contaminated or contain high levels of harmful minerals. You should also avoid drinking water bottled in cheap plastic containers, as some chemicals from the plastic may leak into the water. Choosing healthy and safe drinking water sources is an essential step to maintaining good health.

    "Water is the origin of everything." - Thales

    Frequently Asked Questions

    Can drinking water be completely free of minerals?
    Yes, drinking water can be completely free of minerals if it has undergone intensive treatment processes, such as distillation or reverse osmosis. However, this type of water may not be the best option for daily drinking, as the minerals in water play an important role in supporting the health of the body.
    What is the permissible amount of sodium in drinking water?
    There is no official limit to the amount of sodium allowed in drinking water, but it is generally recommended that sodium levels not exceed 200 mg/L. People with high blood pressure or heart or kidney problems should consult a doctor to determine the appropriate amount of sodium for them.
    Can mineral-rich drinking water help treat some diseases?
    Drinking water rich in minerals may help alleviate some symptoms or support treatment for some diseases, but it should not be considered a treatment alternative to medical treatment. For example, drinking water rich in calcium may help strengthen bones and teeth, while drinking water rich in magnesium may help relieve muscle spasms. However, it is important to consult a doctor before relying on mineral-rich drinking water as part of your treatment plan.
    Drinking WaterMineralsHealthCalciumMagnesiumSodiumPotassiumWater QualityWater PurificationAbar App

     





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