• Home
• About
• Privacy Policy

Discover The Alternative To Pure Water Distillers

Pure water distillers, contrary to what most people think, are not the right choice for water purification. Unfortunately this is a fact that very few people are aware of. Many people do not know how these water distillers work and how effective they actually are. What exactly is the problem with them?

 Pure water distillers are not the ideal choice for water purification because of two important reasons.

 1. They are not capable of removing any contaminant that has a lower boiling point than water. During the purification process, they usually destroy the inorganic contaminants present in water, but leave the organic contaminants untouched. As a result, the finished product still has a measurable pollution level.

 2. Pure water distillers remove the essential minerals present in water. These essential minerals are very important for your body. By drinking distilled water that has been stripped of its mineral content, you can develop several health problems. They disrupt the pH level in your stomach, cause problems like acidity, heartburn, and acid reflux. Drinking distilled water regularly could result in several long term health problems.

Water in its natural state contains plenty of essential minerals which are very important for your continuing good health. By using a pure water distiller, you are drinking demineralized water which really should only be used in chemical labs and photo labs.

 If you have children, things could be far more serious. Drinking demineralized water can retard children’s growth and can cause a lot of childhood problems.

 Now, ask yourself a question. Why would you spend money on a pure water distiller and inherit all these problems? Fortunately there is a perfectly good alternative available, which eliminates all these problems. I am talking about active carbon block purifiers.

 Active carbon block purifiers work on the principle of ion exchange and micron filtration. They have multiple carbon blocks which are very good at removing all sorts of contaminants from water.

 Most importantly, they retain the essential minerals present in water while doing so. Therefore the water you drink is pure and healthy. And guess what? They cost less than most other water treatment systems available in the market.

 It cannot get any simpler folks. On one hand, you have pure water distillers which are both ineffective at removing contaminants and give you demineralized water. On the other hand, you have active carbon block purifiers which give you pure and healthy water. Sounds like a very simple choice, doesn’t it?

 

Pure Water Distillers – Pros and Cons

Although their popularity has declined over the years, pure water distillers are still used as a water purification technology in homes around the country. In this article, I will give you a broad overview of these systems, stating their pros and cons.

The principle of operation

Distillation is a simple method for removing pollutants from water. Water is boiled, producing steam. The steam is cooled and condenses back into water. Any substances that do not evaporate are left behind in the boiling chamber.

Cons

While pure water distillers remove a wide array of pollutants, there is one type of pollutants that it does not remove at all because their boiling point is lower than water’s – these are known as Volatile Organic Chemicals (VOCs).

In addition, for the same reason they cannot remove chlorine. As you probably know, this is none other than the notorious compound that is widely used by public water utilities to disinfect our tap water. What is very alarming about chlorine is that its by-products (called trihalomethanes or in short THMs) have been linked with certain forms of cancer.

What’s more, they are terribly inefficient as their water treatment process is both slow and wasteful. Depending on the model, it takes from two to six hours to make 1 gallon of distilled water and typically wastes 2 to 3 gallons of untreated water to produce 1 gallon of pure water.

They also use up a lot of electrical power. Depending on the model of distiller and the price of electricity, it costs between 15 and 40 dollar cents per gallon of treated water.

They also generate a lot of heat, which maybe a problem. If the pure water distiller is located inside the house (as opposed to in the garage, for example), it will help warm the house in winter but will also add heat in the summer.

Pros

One of the fundamental differences between distillation and the other types of water purification is that it is very reliable, producing consistently high quality water with no decrease in performance over time. A ten-year-old pure water distiller will produce the same quality of water with no decrease in performance over time.

In terms of maintenance requirements, pure water distillers do not have any replaceable parts, so this is a plus. However, the simple fact that a distiller is more complicated than other types of purifiers and that it uses several electrical components, means that it is more prone to malfunctioning.

In conclusion, after weighing their pros and cons, I should advise you against buying a distiller for your needs in pure water.

Instead, if you are serious about getting the best possible pure water at your home, I encourage you to become better informed about the Aquasana multi stage carbon filtration technology. This, by all standards, represents the latest cutting edge advancements in home water treatment. Visit my website to find more information.

Pure Water Distillers – Pros and Cons

Although their popularity has declined over the years, pure water distillers are still used as a water purification technology in homes around the country. In this article, I will give you a broad overview of these systems, stating their pros and cons.

The principle of operation

Distillation is a simple method for removing pollutants from water. Water is boiled, producing steam. The steam is cooled and condenses back into water. Any substances that do not evaporate are left behind in the boiling chamber.

Cons

While pure water distillers remove a wide array of pollutants, there is one type of pollutants that it does not remove at all because their boiling point is lower than water’s – these are known as Volatile Organic Chemicals (VOCs).

In addition, for the same reason they cannot remove chlorine. As you probably know, this is none other than the notorious compound that is widely used by public water utilities to disinfect our tap water. What is very alarming about chlorine is that its by-products (called trihalomethanes or in short THMs) have been linked with certain forms of cancer.

What’s more, they are terribly inefficient as their water treatment process is both slow and wasteful. Depending on the model, it takes from two to six hours to make 1 gallon of distilled water and typically wastes 2 to 3 gallons of untreated water to produce 1 gallon of pure water.

They also use up a lot of electrical power. Depending on the model of distiller and the price of electricity, it costs between 15 and 40 dollar cents per gallon of treated water.

They also generate a lot of heat, which maybe a problem. If the pure water distiller is located inside the house (as opposed to in the garage, for example), it will help warm the house in winter but will also add heat in the summer.

Pros

One of the fundamental differences between distillation and the other types of water purification is that it is very reliable, producing consistently high quality water with no decrease in performance over time. A ten-year-old pure water distiller will produce the same quality of water with no decrease in performance over time.

In terms of maintenance requirements, pure water distillers do not have any replaceable parts, so this is a plus. However, the simple fact that a distiller is more complicated than other types of purifiers and that it uses several electrical components, means that it is more prone to malfunctioning.

In conclusion, after weighing their pros and cons, I should advise you against buying a distiller for your needs in pure water.

Instead, if you are serious about getting the best possible pure water at your home, I encourage you to become better informed about the Aquasana multi stage carbon filtration technology. This, by all standards, represents the latest cutting edge advancements in home water treatment. Visit my website to find more information.

Why Ultra Pure Water is not Meant for Drinking

Ultra pure water is not meant for drinking purposes. The problems with pure water of this nature, as it concerns drinking, are numerous. When we talk about purity for drinking purposes, we mean something different.

The purest sources for drinking are far underground. Some of the natural aquifers and springs remain uncontaminated by synthetic and organic chemicals that plague the world on the surface. Most of us are not lucky enough to have access to one of these aquifers.

Many of them have been bought up by bottling companies. Some of them claim to offer ultra pure water. But, the problems with pure water from a bottle are too numerous to even mention here. Briefly, the bottles contaminate our environment, they contaminate the liquids stored within, additional waters are needed to create them and they may or may not contain something that is safe to drink.

For most of use, our sources are surface waters, such as rivers, lakes or man-made reservoirs. There are no uncontaminated sources on the surface. We need a number of purification steps to make it safe for consumption. They begin at the treatment facilities and end in our homes, but ultra pure water is not what we need.

Ultra pure water is designed for industrial applications, such as semiconductors, inkjet formulations, printing and lithography. It is similar to the distilled waters used for film developing and reverse osmosis waters, used by a variety of industries. At one time or another, all of these systems have been adapted for home use, but the problems with pure water of this nature remain.

Those groundwater sources that we mentioned above have a healthy mineral content that helps us achieve proper hydration and electrolyte balance. Surface waters also have a mineral content.

One of the problems with pure water obtained through RO or distillation has to do with the human digestive system. It was not designed to run on ultra pure water. Waters like that are not naturally occurring anywhere in the world.

The digestive issues you could experience from drinking ultra pure water include heart burn, acid reflux, diarrhea, constipation, cramping and nausea. If you drank it, while working outdoors on a hot summer day or participating in a sport, you could suffer from hyper-hydration, which has symptoms similar to dehydration. Water alone does not hydrate the body.

That’s why sports drinks are so popular, but they should not be consumed on a regular basis either. They have too much sugar, artificial colors and flavorings. The best choice for regular consumption is water with a trace mineral or electrolyte content.

The two most important electrolytes are sodium and potassium. That’s one of the problems with pure water from distillers and RO, they don’t contain those electrolytes.

If you are looking for something to drink, avoid the problems with pure water, look for a home purifier that removes chemical contaminants, cysts and heavy metals, while balancing electrolytes. They are called “selective filtration devices”. Leave ultra pure water for the industries to use.

Pure Water and Fine Tea

Tea originated in China 5,000 years ago and the selection and brewing of tea has been refined to an art with health and spiritual aspects emerging as part of the process.

Experienced tea drinkers throughout the world generally follow established guidelines for infusion or brewing of tea and the infusion process is often as important as the initial selection of tea. For many tea enthusiasts, brewing tea is the most soothing and spiritual part of their day. Brewing a good tasting cup of tea releases tensions for many and has a definite comforting effect.

It is a fact that since 99% of tea is water, better water makes better tea and water is critical to the final outcome of tea preparation. Brewing tea can be complex or simple. For many tea enthusiasts the brewing process is an important part of the tea experience that culminates in the preparation of a satisfying beverage and a way of life. Fine teas are especially sensitive to the nature of water for infusion.

The best water for successful tea infusion is low in mineral content, free of contamination and additives and high in oxygen content.

Water Quality and Brewing Tea

Good tasting tea requires good tasting water. A simple test is that if the water tastes good by itself, the resulting brewed tea will also have a good flavor. Because a brewed cup of tea is mostly water, the quality of the water is often as important as the quality of the tea leaves. The water must be free of contaminants and minerals and contain enough oxygen to enhance the natural tea flavor. Moreover, there are a number of additional factors that will affect the taste of the infusion. These include water temperature, the mineral content of the water used and the continued presence of a sufficient quantity of oxygen in the water.

If one is using tap water, filtration is often required. Many tap water suppliers use chlorine to kill bacteria and chlorine in tap water combined with mineral and chemical deposits can significantly affect tea taste and the tea drinker’s overall health. The brewer will want to remove chlorine and other chemicals as well as sediment from the water. It is best to check the composition of tap water on EPA or AMWA websites. Frequently there are also local water quality analysis data available.

Chlorinated tap water for example destroys the flavor of tea. No matter how skillful the preparation or spectacular the tea, bad water will make a bad cup of tea.

Water Temperature

Most experts recommend that one never boil water for a prolonged period or re-boil a previously used supply. The more that the water boils, the more oxygen that is driven out of the water .When water is boiled, oxygen evaporates, and the crisp taste in the brew is lost..

Fresh cold water is important. In areas with poor tap water, use bottled or filtered water that is free of contaminants. Never use water from the hot water tap. If only tap water is available, run the water until it is cold and has a chance to aerate and infuse oxygen.

Poor quality tap water, containing mineral content and other contaminants, even if it is very cold, should be avoided since its chemical treatment imparts undesirable flavors and odors which interfere with the delicate aromatics of tea.

Mineral Content – Soft vs. Hard Water

Water described as “hard” is high in dissolved minerals, specifically calcium and magnesium. These minerals accumulate in the water, adversely affect the taste and clarity of the tea and accumulate in teapots and infusers. Teas brewed with pure water containing no minerals produce a crisp flavor and a clear brew that is aesthetically agreeable.

Hard water can also affect the appearance of tea by making it dark and murky. Hard water often results in an undesirable chalky taste and can also reduce the aesthetic portion of the tea brewing process by bleaching the color of the leaves.

High mineral content bottled water has the same negative impact on tea as hard water particularly when bottled water does not include significant oxygen.

Oxygen and Water

Oxygen plays an important role in brewing because it helps to release the best flavors of tea. As a result, one must use water that is aerated (full of oxygen).It is an established fact that the presence of oxygen in water is required to maximize tea flavor. Aeration is particularly important when brewing fine teas.

Avoid re-heating water because previously boiled water will have lost much of its dissolved oxygen which is important to bring out the tea flavor Always use freshly drawn water that has not previously been boiled to maximize the oxygen content of the brew.

Water Quality, Purity and Taste for Tea Drinkers in the United States

Historically, in China, great attention was give to supplying high quality water from a reliable source. The emperors of China appointed royal springs reserved for use in tea brewing and developed special messengers that would guarantee the freshness and availability of supply. This procedure was repeated throughout history and in other tea drinking areas of the world. Supply of water was an integral part of the tea experience.

In the United States utilizing a pure water supply is also critical to proper brewing but the water supply generally comes form one of three sources: Municipal water, spring and well water and bottled water.

Municipal water is the predominant form of water supply and is controlled by standards set by the Environmental Protection Agency. It is important to note that EPA Regulations do not eliminate the presence of harmful minerals from water but merely set upper limits on the presence of contaminants. In addition, chlorine is often added to municipal water to kill bacteria but this chlorine has a distinctly undesirable taste.

Spring and well water are a major source of water in rural areas but it is unregulated and subject to serious contamination from organic, chemical and human sources. Individual wells and springs must be tested to determine the source and level of contamination.

Bottled water is the best for brewing flavorful tea but care should be taken to determine the source of the bottled water. Bottled water from springs is subject to contamination while mineral water often contains the minerals that are most detrimental to good tasting tea. Of the various sources for bottled water only purified water is best for the brewing of good tasting tea.

Purified water means that all minerals and contaminants are filtered and removed from the water using a purification process but that is only the first step. For tea brewing purposes purified water must also be infused with oxygen to guarantee the best flavor. Only those companies that use a multi-step process of filtration, purification and oxygenation should be considered as a reliable source for the brewing of good tasting fine tea.

A Guide To Whole House Water Filtration Systems

Let’s face it, with studies showing we have over 2100 toxic chemicals in our water and that we can absorb more toxins from a shower than by drinking a liter of water, whole house water filtration systems start to make sense.

 Any kind of filter is better than nothing, but to be truly effective you need it all filtered, not just the drinking water.

The American Journal of Public Health says that up to two-thirds of the harmful effects of chlorine are due to inhalation and skin absorption while showering, so whole house water filtration systems can solve this problem for you.

The US EPA has recently stated that “Due to chlorine and showering, virtually every home in America has a detectable level of chloroform gas in the air.”

The new phenomenon of prescription drugs in the water means that you are basically drinking other people’s medications, including growth hormones, antibiotics and mood stabilizers.

Not a nice cocktail to be drinking along with pesticides and chlorine, and studies have proved that all of these have found their way into our water.

Try to avoid the reverse osmosis systems as they demineralized the water, stripping out calcium and magnesium for example, which you require to stay healthy. They are also expensive to maintain and waste a tremendous amount of water.

Look for whole house water filtration systems that use a multi-stage process with an activated carbon filter and ion exchange. This is modern technology at its best and these will remove over 99% of all contaminants.

Then you can be sure that all the water coming in to your house is safe and pure. They can usually be installed by a plumber in 1-2 hours and you can easily change the filter yourself every six months.

So do yourself a favor and start protecting yourself with a quality multi stage system, and help safeguard you and your family’s health not only for now but for the future too.

If you would like to learn more about the types of whole house water filtration systems that I personally recommend and use, visit my website today.

 

Water Filtration for the Home for Safe Home Water

Water filtration for the home can help protect your family’s budget, your health and maybe even your energy levels. Who would have thought that home water purifiers could do so much? Only those who understand the importance of safe home water.

Need to lose weight? Studies have shown that people drinking an eight ounce glass a half hour before a meal, eat less. Pure fluids help your body absorb nutrients from the food that you eat. You eat less, because your nutrient intake is higher.

People with water filtration for the home, can easily drink more, without affecting the family budget. If they have the right home water purifiers, they help their liver function properly and it is primarily the liver’s responsibility to turn stored fat into energy.

If the beverages that you are currently drinking contain chlorine and other toxins, then you are making your liver work harder, just to get rid of those toxins. That slows its ability to convert fat to energy.

Have frequent headaches or chronic aches and pains? Home water purifiers for the kitchen AND the shower can help. First, drinking safe home water improves the function of your nervous system, because the nerves are like tiny waterways carrying electrical signals. Toxins in those waterways interfere with the signals and cause them to misfire. You sense pain when there is no source.

Frequent headaches commonly accompany low-level dehydration. A headache is one of the first signs of severe dehydration. By allowing you to drink more fresh-tasting water, water filtration for the home can help get rid of those headaches, but there could be another cause.

Showering in chlorinated waters causes a build-up of chloroform gas in the household air. Scientific research has shown that most homes in the US have some level of chloroform gas caused by showering in chlorinated water. Inhaling chloroform gas and chlorine vapors causes headaches.

You should look for water filtration for the shower that removes both chlorine and THMs, a group of chlorine by-products that includes chloroform gas. Most showerhead systems only remove chlorine. THMs are even more hazardous when it comes to your long-term health, because exposure increases your risk of cancer.

Home water filters for the kitchen should remove chlorine, THMs, lead, cysts and things like herbicides, pesticides and traces of industrial solvents. As it is with shower-filters, many of them only remove chlorine. You really need to compare product performance data, before you buy home water purifiers.

Oh, energy levels. If you often feel tired in the afternoon, you are probably drinking too many caffeinated beverages in the morning and not enough water. Caffeine is dehydrating. For every cup that you drink, you need to drink two cups of water.

The recommendation of 8 eight ounce glasses per day is merely a guideline. You need more if you exercise, are overweight, in poor health, smoke or drink caffeinated beverages.

With water filtration for the home and safe home water you will start drinking more, without wasting tons of money buying bottles. What a deal — you get healthier and stay that way for life.

Which Pure Water Systems Will Keep You Healthy?

With so many pure water systems out there, it’s hard to tell the good from the bad. Your choice of system could possibly determine how good your long term health will be.

We live in times of water contamination and need to protect ourselves with good home filtration. There are over 2100 toxic chemicals present in our drinking water, and the municipal treatments can’t seem to cope.

So let’s take a look at some of the contenders, good and bad.

My advice is to avoid distillation and reverse osmosis systems, which work differently but come out with the same poor results.

A pure water system should leave you with healthy uncontaminated water, and these two fail on that score. They both demineralize the water, which is fine for industries like the photographic ones, which needed vast quantities of the stuff, but not for us.

We need minerals in our water, like calcium and magnesium, to ensure our health, and these systems strip out those vital nutrients and also still leave in many potential threats.

They do a good job at removing chlorine, but these days with growth hormones, antibiotics and who knows what else in our water, that’s just not enough.

There was a case several years ago in Milwaukee, where over a hundred people died as a result of drinking tap water. Their supply had been infected with a microscopic parasite that may only cause a stomach ache, but can also cause serious illness.

Good quality pure water systems using a multi or twin stage filtration process are the way forward. These use an activated carbon filter, recommended by the US EPA as the best technology to remove the most dangerous contaminants.

These cutting edge devices are cost effective and will remove 99% of all the contaminants. Check with the manufacturers Performance Data Sheet to see what they actually remove. Remember that, by law in most states, they cannot make unsubstantiated claims, they must be proven.

So now you have this information, what’s your next step?  I hope you will go and do some more research and compare the various types of pure water systems out there, and  make it a point to dramatically improve the quality of the water you drink, and ultimately your own health.

Why Aren’t You Using a Water Filtration System?

The public water filtration system used in cities throughout the United States uses chlorine to disinfect the water. Chlorine has been used for this purpose for over 100 years and has been effective in killing the bacteria which cause typhoid, cholera and dysentery.

Although it performs an essential function in the water filtration process, chlorine does have some adverse effects on our health. While the public authorities claim that the amount of chlorine in drinking water is entirely safe, recent studies have shown that this may not be entirely true.

Use of chlorine in drinking water has been linked to various forms of cancer and, because of its corrosive action on the arteries, to the build up of cholesterol leading to heart disease.

Writing in London’s Daily Telegraph, Roger Highfield, the science editor, revealed that babies born in areas where drinking water is heavily disinfected with chlorine are at double the risk of heart problems, cleft palate or major brain defects according to a study carried out at Birmingham University.

The researchers found that expectant mothers were at risk not only from drinking the water, but also from bathing, showering or even standing near steam from a boiling kettle.

It is possible, with time, that better alternatives to chlorine disinfection will be used in the public water filtration system. Some countries have already started using more technologically advanced systems. But they are expensive and while the public authorities continue to deny that there is a problem, they are unlikely to consider it a worthwhile investment of public money.

Although chlorine is likely to be used for the foreseeable future in the public water supply, that does not mean that we have to allow the chemical to enter our homes. A house water filtration system that removes chlorine and chlorine by-products known as THMs is both available and affordable. The system has been praised by the EPA as the best technology available.

In the past, when people thought of a whole house water filtration system, they thought of reverse osmosis. But reverse osmosis is old technology. It is one step in the complicated process used at public water treatment facilities. It does not block chlorine or anything lighter than water. Equally it does de-mineralize the water and that’s also bad for your health.

The best water filtration system on the market de-chlorinates, but does not de-mineralize. Instead, it uses an advanced ion exchange system to balance mineral content and pH level. Water from the system is neither too alkaline nor too acid. “Hard” minerals that used to require water softeners can be “transformed” into softer minerals that will not damage your pipes or build up on your fixtures.

The newer systems do not require an additional source of energy, as the reverse osmosis unit did. They just make use of the water pressure already found in your home. Water flows through a number of different filters and chambers where chlorine and other chemical contaminants are removed. Lead and chlorine resistant bacteria are also removed. So, you end up with water the way that it should be, natural and pure.

Learn How School Officials Got a Lesson on Pure Water Systems

I was shocked after reading about this. As Seattle school children began the 2003-2004 school year, school officials in Seattle wrestled with a problem. Testing performed on the water at the City’s public schools had uncovered the presence of lead in that water. School authorities could not expect the students to be drinking lead-laden water.

The school authorities in Seattle needed to study the available pure water systems. They had to select a system for installation in the area’s public schools. The authorities scheduled a meeting on pure water systems. They hoped to hear public comments regarding the proven effectiveness of each available purification system.

By October of 2004, the Seattle authorities had chosen the purification system that seemed to be both effective and economical. In making their selection, those authorities ignored some important information about pure water systems. They failed to consider what new contaminants might later appear in the water that was pumped into the public schools.

The system chosen by the Seattle authorities lacked the ability to remove cadmium, and yet later testing later identified the presence of cadmium in the water. By May of 2005, the chosen water purification system had proven to be even less effective. By May of 2005, new testing had revealed unhealthful levels of arsenic in the water that students would be drinking.

The parents in Seattle no doubt hope that their children pay better attention to what they read and hear than the school authorities in Seattle have managed to do. Had those authorities taken the time to read about water purification, they would have known that not every system removes all of possible contaminants in city water.

Carbon filters can remove organic compounds, chlorine and toxic heavy metals. Carbon filters can not take-out all of the minerals salts or nitrates. Arsenic is a type of mineral salt.

Reverse osmosis has the ability to lower the amount of heavy metals and dissolved salts in a water system. Reverse osmosis can not rid a water system of fluoride, nitrates or radioactive particles. Moreover, systems that rely on reverse osmosis often show diminished performance within six months after their installation.

Distillers can provide a school system with effective water purification technology. Unfortunately no school system will ever find an effective and cheap distiller. Moreover, the maintenance costs add to the total cost for each distiller. If not maintained properly, distillers can allow asbestos fibers to enter the water supply.

American school systems have access to literature from the National Institutes of Health. According to that literature, water sources in the U.S. can contain a broad spectrum of contaminants. In the absence of pure water systems, school children could end up drinking allergens, carcinogens or other harmful chemicals.

Sometimes chemicals in the water have the ability to mimic the action of body hormones. When students drink that water, their body biochemistry can not function normally. The students become sick.
Both school authorities and homeowners need to take an interest in what might be in the water. Both school authorities and homeowners have reason to learn about pure water systems. Both groups should feel motivated to search for technology that can guarantee delivery of clean, pure, great-tasting water.

If researchers in both groups take the time to study online literature about water purification, they should soon learn about the benefits of one particular filtration system. That is a system that uses activated carbon filters with ion exchange and micron filtration.

If the proper decision makers then choose to purchase such a system, those recognized decision makers can feel confident that they have made the safest choice.

Copyright Pure Water Filtration | Small Business Web Design

Powered by Yahoo! Answers