NSF
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National Sanitation Foundation – NSF

NSF International, formerly known as the National Sanitation Foundation, is a non-profit organization that provides independent testing, certification, and auditing services to ensure public health and safety. Established in 1944, NSF International has become a trusted and respected global leader in developing public health standards and providing certification programs for products, services, and systems in various industries. One of the main functions of NSF International is to provide independent third-party certification to ensure that products and services meet specific safety and quality standards. This includes certification for water filtration and treatment products, food safety and quality, dietary supplements, and consumer products....
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UV Water
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UV LED Water Sterilization Treatment

In order to improve the water quality, UV LED sterilization is the technique of elimination or inactivating microorganisms such as bacteria, viruses, and fungus by employing UV light-emitting diodes (UV LEDs). UV-C radiation, with a wavelength that ranges of 200-280 nanometers, which is the most effective sterilizer for surfaces and equipment. The UV-C light generated by the LEDs in Ultraviolet LED sterilization breaks the DNA of microbes, making them unable for reproduction and eventually killing them. Applications: UV LED water sterilization is widely used in hospitals for disinfecting medical supplies and the surfaces, and it's also utilized in food manufacturing and processing facilities...
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EOCA: European Outdoor Conservation Association
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EOCA: European Outdoor Conservation Association

Following on from the success of the 2 Million Tree project, EOCA was delighted to be launching its new 2 year focus in Jan 2019:  Plastic Free: Mountain to Sea. The headline target for this Focus was that EOCA and its members would collectively clear 3000km of habitat, trail and beach of plastic waste and pollution over the next 2 years. That is the distance from the Mediterranean coast to Lapland! As part of the plastic focus, EOCA launched a Fundraising Project that is looking for your help.  Anyone can get involved in providing funding for it and implementing it- help us...
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Alkaline Water
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What is Alkaline Water And Health Benefits

Regular water for drinking is usually neutral having a pH value of 7, whereas alkaline water is somewhat basic with a pH of 8 or 9 which is in fact less acidic. Some believes that Alkaline Water has health benefits such as supporting immune system and improving digestion system but the affects not clinically approved yet. This article does not constitute any judgment on merely using either alkaline or acidic water, as the effect may vary under different circumstances.      Benefits of Slightly Alkaline Water: pH level balance: Some supporters of alkaline water claim that it may assist with balance the...
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Hydrogen Water
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What is Hydrogen Water And Health Benefits

Hydrogen water & sparkling water are two kinds of water that are becoming increasingly popular. We shall compare hydrogen water & sparkling water in this post, exploring their differences, benefits, and uses. What is Hydrogen Water and Sparkling Water Water that has been injected with molecular hydrogen gas is known as hydrogen water. The procedure of electrolysis is used to introduce the hydrogen gas to the water. Water is divided into oxygen and hydrogen during this process, while the hydrogen is subsequently reintroduced back into the water. Compared to conventional water, hydrogen water contains greater amounts of hydrogen gas, and it is...
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Minerals In Water
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Minerals In Water: Beneficial & Harmful Minerals

The kinds and quantities of mineral in water might differ according to the source and methods of treatment. Some minerals are good to health in adequate doses, whereas others can be toxic beyond specific amount.   Most Beneficial Minerals in Water: Calcium: A mineral required for strong teeth and strong bones. It can also influence water hardness and lead to scale accumulation in pipes and appliances. Magnesium: This mineral can impact water hardness as well as contribute to scale accumulation. It is also necessary for the maintenance of sound muscles and nerves. Sodium: an element that regulates the blood pressure and the...
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TDS
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What Is Total Dissolved Solids – TDS

TDS Total Dissolved Solids  is a measurement of the quantity of inorganic and organic compounds that are dissolved into water. Minerals, sodium salts, metals, and other chemicals found in water are examples of these things. When it comes to drinking water, TDS is an important aspect to consider because it can affect both the taste and our health.   Importance of TDS: TDS is important when it comes to water quality. TDS is an important aspect to consider when it comes to drinking water quality. Water with a high TDS level may taste salty, bitter, or metallic, and it may be unpleasant to...
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Water Hardness
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What Is Water Hardness and Quality Effects

Water hardness is a common issue that affects the quality of water in many parts of the world. It refers to the amount of dissolved minerals, such as calcium and magnesium, in the water. Hard water is not a health hazard, but it can cause problems in households, industries, and agriculture. In this article, we will discuss the types of water hardness, applications, disadvantages, and health problems caused by hard water.   Types Of Water Hardness Water hardness can be classified into two types: temporary hardness and permanent hardness. Temporary hardness is caused by the presence of bicarbonates and carbonates of calcium and...
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Aerospace Reverse Osmosis Technology
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Aerospace Reverse Osmosis Technology

Aerospace reverse osmosis technology is designed to be compact, lightweight, and energy-efficient, making it ideal. Traditional reverse osmosis systems, on the other hand, are typically larger and require more power to operate. Reverse osmosis is a technology that has been used in aerospace industry for several decades, and it involves the use of a semi-permeable membrane to purify water. The process works by applying pressure to a solution that forces water molecules through the membrane, leaving behind any impurities or contaminants. The result is pure, fresh water that is safe for human consumption. Difference Between Traditional Ro Technology & Aerospace Reverse Osmosis...
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Contaminated Water
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Dangers of Contaminated Water! Why Water Purifiers!

Contaminated water usually contains unhealthy particles including chemicals or viruses that can cause a number of diseases. Water is one of the most vital assets we require to survive, and having access to clean and safe water is essential for good health. Unfortunately, many people around the world lack access to clean water, putting them at threat of drinking contaminated water, which can lead to serious illnesses. In this article, we will take a look at the potential dangers of drinking contaminated water and how water purifiers can help minimize disease.   The Dangers of Consuming Contaminated Water Water that is contaminated contains...
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Reverse Osmosis RO
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What Is Reverse Osmosis Technology

The process of Reverse Osmosis or RO is a well-known form of water filtering that has been utilized for decades in a wide range of applications. Water purifier, that is utilized to remove contaminants from drinking water, are one of the most prevalent uses of this technology. This essay will go through the fundamentals of the technology known as reverse osmosis and how it's employed in water purifiers. What Is Reverse Osmosis Technology? RO is a method of removing dissolved salts, mineral substances, and other contaminants from water by using a semipermeable membrane. Water is driven through the membrane in this process,...
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Water Heating Technology
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Rare Earth Thick-Film Water Heating Technology

Rare earth thick-film heating of water is a method that employs a ceramic heating component coated with a coating of rare earthy substances to heat water. The rare earth material is placed to the outermost layer of the ceramic heating component using a thick-film stacking procedure, which includes applying a paste comprising the rare earth material to the surface of the ceramics element and then burning it in an elevated temperatures furnace. The rare earth material employed in thick film water heater technology is typically a combination of cerium oxide, the lanthanum oxide, and other elements from rare earths. This material...
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