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by Kaustav Bhattacharya

Hard Water – Get Rid Of It Using One Simple Device

It can be very cost effective to soften hard water, as it does not readily form lather with soap. This causes the soap to be wasted when trying to form lather, and as a result a scum can form. Hard water may be easily treated to reduce the effects of scaling and to make it more usable for laundry and bathing.

The Process

A water softener works on the idea of cation or ion exchange in which ions of the hardness minerals are exchanged for sodium or potassium ions, consequently reducing the concentration of hardness minerals to tolerable levels.

One of the most economical ways to soften household water is with an ion exchange water softener. This unit uses table salt (sodium chloride) to recharge beads made up of the ion exchange resin that exchange hardness mineral ions for sodium ions. As the hard water passes in between and around the beads, the hardness mineral ions are absorbed, displacing the sodium ions. This process is called ion exchange.

When the bead or sodium zeolite has a low concentration of sodium ions left, it is no longer effective, and therefore is unable to soften water. However, if the resin is recharged by flushing (often back-flushing) with saltwater it can be re-used. The high excess concentration of sodium ions alter the equilibrium between the ions in solution and the ions held on the surface of the resin, resulting in replacement of the hardness mineral ions on the resin with sodium ions. After this the resulting saltwater and mineral ion solution must then rinsed away, and the resin is ready to start the process all over again. This cycle can be repeated over and over to re-charge the device.

In industry, the same softening process methods are used, but on a much larger scale. These methods create an large amount of salty water that is costly dispose of. Temporary hardness, caused by hydrogen carbonate (or bicarbonate) ions, can be removed by boiling. For example, calcium hydrogen carbonate, often present in temporary hard water, is boiled in a kettle to remove the hardness. In the process, a scale forms on the inside of the kettle in a process known as “furring of kettles”. This scale is composed of calcium carbonate.

Hardness can also be reduced with a lime-soda ash treatment. In 1841, a process was developed by Thomas Clark that involves the addition of slaked lime (calcium hydroxide) to a hard water supply which converts the hydrogen carbonate hardness to carbonate, which precipitates and can be removed by filtration:

The addition of sodium carbonate also softens hard water containing calcium sulphate, as the calcium ions form calcium carbonate which precipitates out and sodium sulphate is formed which is soluble. The calcium carbonate formed sinks to the bottom, and the sodium sulphate has no effect on the hardness of water.

As you can see there are some relatively simple ways to eradicate hard water from your water supply, as well as the hard water stains that it causes. The processes have been around for a long time in some cases, and are available to use to stop the negative effects that having hard water in your home can bring.

Warm Regards,

Patrick Henry

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by trekkyandy

The Benefit of Electronic Water Softeners

Well if you are surprised with the popularity of electric water softeners you don’t need to be as they are gaining more and more popularity with every passing day thanks to the advantages they provide to their consumers. It is the use of technology that has made them more popular and preferable as compared to traditional salt based water softeners. The use of electromagnetic waves instead of salts allows them to perform their work amazingly and accurately. Also these are the devices that don’t require maintenance and you will not have to bear continuous salt which is something for sure to release a lot of pressure from your pocket.

They are the type of water softeners that usually comes with a warranty of 5 to 20 years and does not require as much maintenance as you need to give to other traditional softeners. All you need to do is to get them installed and they are all set to operate.

There are also many magnetic type softeners which are available in the market today. What makes them so popular is their ability of being flow independent. With magnetic type softeners you needed to make sure that the water lines are refitted and the flow of the water is slow enough just to make sure that the ions are regularly mixed up.

This however is not the case with the electric type water softeners. They only get installed at one particular portion of the pipe which ensures that you will not have to maintain or refit your water pipe lines. This procedure is a lot more less costly compared to their magnetic counterparts.

Technology has really advanced as there are now also electric water softeners that are available in the market which are even programmed to send varying electromagnetic pulses, which play an important role to soften the existing balance in your water pipes.

They are programmed to work such as they will travel through your pipes and will balance the amount of precipitates that needs to be there in your water. They indeed make sure you get a great and a whole lot more efficient water flow in your whole water pipe system.

You may hesitate to get them installed because of the fear that they might effect other electromagnetic appliances in your home but don’t worry they don’t do so as they only operate in a very limited and specified range just to ensure this doesn’t happen.

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by Rev. Xanatos Satanicos Bombasticos (ClintJCL)

Hard Water Stains – Cheap Ways to Remove Them From Your Kitchen

Hard water stains in the kitchen can be very tough to remove with ordinary cleaners. However, with the right approach they are easily eliminated from glasses, bowls, tea pots and kettles.

As you may already know, elbow grease is a poor weapon in the fight against lime scale, but with some basic chemistry knowledge you will be able to will dissolve those annoying hard water stains and remove them from your kitchen items in no time at all.

Abrasives may scour off stains, but if used regularly, harsh abrasives will gradually scratch the finish of glasses and bowls as well as other kitchen items causing unwanted damage. Coarse abrasives will also damage plastic, glass, plated and highly polished metals. Chlorine bleach can help remove stains, however, it can dull shiny finishes of porcelain enamel surfaces.

Acids also have an ability to remove hard water deposits and are typically found in toilet bowl cleaners, rust removers, metal cleaners and kitchen/bathroom cleaners that remove mineral deposits. However, there are some natural acids all around your home that can be easily used to get rid of hard water stains and limescale. They have been used for centuries for a variety of different purposes, but are also great for removing stubborn stains. These natural solutions are white vinegar and lemon juice…see below for some really simple ways of using them to remove stains from common kitchen items.

Natural Formula to Use:

Equal parts white vinegar and water, plus squeeze of lemon juice

Methods to Use:

Glasses and Bowls:

1. Make up enough solution to cover the cookware

2. Allow to soak for 15 minutes to one hour

3. Rinse thoroughly

Cookware:

1. Make up enough solution to cover the cookware

2. Allow to soak for 30 minutes to one hour

3. Rinse thoroughly

Teapots and Kettles:

1. Make up enough solution to cover the base of the teapot or elements of the kettle

2. Allow to soak for 20 minutes to one hour

3. Rinse thoroughly

Tip:

If the hard water stains and limescale are still present after soaking, try heating up the solution on a hob to aid the removal.

Warm Regards,

Patrick Henry

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by slworking2

What Exactly Are Water Softeners?

Water softeners transform hard water into the so-called soft water. Reducing its mineral contents does the transformation. Hard water mainly contains calcium and magnesium metal, and sometimes bicarbonates and sulfates. Soft water, on the other hand, is the type of water with none or little content of the mentioned minerals.

A water softener is used in decreasing the calcium, magnesium, and in some cases manganese and ferrous iron dissolved in hard water. The fact is water softener is a system for transforming chemically hard water into a soft water.

Softeners replace the calcium and magnesium contents in hard water by sodium. Sodium does not accumulate in pipes and also does not react to soap. This means hard water effects are eliminated.

The principle of the water softener system is easy to understand. Hard water is allowed to enter the water softener. The water softener contains a layer of plastic beads and in some instances, the material used is called Zeolite. The layer of materials inside the water softener is soaked with sodium ions. Sodium is exchanged with the contents of the hard water, calcium, and magnesium. When water comes out of the softener, the water is said to be of the soft water type.

At a point in time, the plastic beads or Zeolite layer will be saturated with calcium and magnesium ions only. Regeneration process follows wherein water is mixed with high sodium content producing strong brine. Sodium ions again replace calcium and magnesium ions, which eventually are washed down the drain.

The ordinary cooking salt is cheap. The salt or sodium chloride is the source of sodium for water softeners. Large quantity of salt costs little. It is a good source for sodium used in water softener.

Utilized in a water softener system are a number of cylindrical tanks and large square containers. The tanks are used as storage of already treated water and the container is for the salt used in the process. The number of tanks depends on the output and the system itself.

When water softener is installed for domestic or household purpose, the water softener system is situated at the main entrance of the house plumbing system. In this manner of installation, all the water entering the house is already treated.

There are two main types of water softener systems. One is the electric single tank softener. This type, besides being costly, is a system with some setbacks. Soft water supply may run out since the system uses a single tank. It also may cause inconvenience because this type needs high pressure. Night hours bring high pressure. Noise caused by running motors is not welcome at these hours.

The hydraulic twin tank softener is the other softener type. This type ensures a continued supply of soft water for the household. The two tanks do the softening and regeneration processes alternatively. This way, there will be no chance of running out of soft water supply.

Salt containers should be refilled regularly. Most water softeners do not have salt level indicator; it is a wise decision to check salt level periodically to avoid contamination of water tanks. The water softeners operate continuously even without salt, which may result in tank contamination.

Salt-based water softener systems are not effective one hundred per cent. Only 75 per cent of the calcium and magnesium water content is removed. The salt-based softener also releases to the environment huge amount of lime brine.

A newly developed water softener system is digital. The Soo~Soft Digital Electronic Water Softening System is a revolutionary innovation in water softening procedures. It is environmentally friendly and as effective as a salt-type water softener.

I wanted to share my experience installing a water softener in my home. Prior to installing it, I browsed youtube and googled for information on doing it but to no avail. It took me about 3 hours from start to finish. I took my time because I wanted to make sure all the joints were perfect (watertight). Here are the parts and tools I used to complete the job. 3/4″ copper fittings – .00 each (roughly) 5′ X 3/4″ copper pipe – .50 3/4″ GatorBite male adapter – .00 each (2) Flux – .50 Solder – .00 Fine Grain Sandpaper Hack Saw Torch Wrench
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The Right Water Softener Parts to Ease Purification

Living in areas that have only hard water, like in deserts, requires one to have water softening, or purifying units to make washing, bathing, and drinking a pleasant experience. This purification is not possible without the water softener parts. Although installing such a unit could be as easy as following the instructions in the reader’s manual, it is also necessary to involve someone with some knowledge in plumbing, and water supply. This could save you from encountering problems in the future.

After locating the right place where you are to install the unit, it is good to check for the main closing point of the water supply. Another requirement is the instruction manual, plus the right tools to do the actual work. If you have a problem comprehending the instructions, then inviting someone with the basic knowledge is necessary.

The water softener parts that make water purification easy are included below.

• Salt mixture is necessary to soften hard water. Sodium chloride and potassium chloride salts are available. Experts recommend the use of potassium chloride salt, but its important to use the only type of salt recommended by your machine manufacturers.

• Brine tank is the part of the machine that feeds salt into the tank that holds hard water. You are required to clean this tank often to keep off dirt from getting into the soft water.

• The softener resin bed is necessary. During the process of softening hard water, the salt that is used has to undergo the filtration process to collect soft water. The salt residue collects at this resin bed thus; it is necessary to clean it up from time to time.

• The machines are fitted with two pipes for delivering hard water into the machine, and the other one for delivering soft water from the machine into our houses.

• Mineral tank has a meter and timer, which are essential for checking the ion level. The control valves are also necessary for regulating the flow of water.

Having a good water softener unit allows you to enjoy clean drinking water and enhances good health. It is essential then to ensure that you put all the water softener parts in place and to maintain them well. This helps to make sure that the machine is able to function for a long time while you are still enjoying soft water. Replacing this brilliant machine could be very expensive so why not reduce the cost by simple maintenance.

It is of great importance to invite an expert to check your softener unit regularly. Some parts of the machine need a person with the right kind of knowledge to replace them. Purchasing the water softener parts is easy as one can place an order directly online. You do not have to worry anymore as it’s possible to have access to clean and soft water. Even when the water table at the place of residence can only produce what you dread the most, ‘hard water’ the water softener machines can ease the problem.

Dean Johnson of TV’s Hometime, a long time Kinetico customer, talks about the advantages of owning a Kinetico twin tank, demand operated, non-electric water softener. For more information visit www.kinetico.com
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by the longhairedgit

Water Conditioners – The Environmentally Friendly and Low Cost Solution to Combat Hard Water

Have you ever traveled to another part of the US and noticed a difference in how your skin and hair felt after showering?  Depending on where you are in the country, you may find yourself using more cleanser than you’re accustomed to. For more than 85% of American homes, this is the reality of living with hard water – the hardest occurring in the Southwest region of the country including southern California. Hard water in simple terms means it has a high mineral content, with calcium and magnesium dissolved in water being the two most common minerals that make water “hard.” The degree of hardness becomes greater as the calcium and magnesium content increases.

While hard water is not a health risk, it is important to pay attention to how hard your water is for many reasons. Hard water causes scaling, which is the leftover mineral deposits that are formed after hard water has evaporated. This is also known as limescale. The scale can clog pipes, ruin water heaters, produce mineral buildup on fixtures and give you poor soap and/or detergent performance. On an industrial scale, hard water should be avoided as it can cause costly breakdowns in boilers, cooling towers, and other equipment that comes in contact with water. Hard water can also have a significant impact on your wallet. Here’s just a few hard water problems you may have experienced:

* The need for continuous laundering, which can damage fibers and shorten the life of clothes by up to 40 percent.

* Bathing with soap in hard water leaves a film of sticky soap curd on the skin. The film may prevent removal of soil and bacteria.

* When washing dishes, especially in a dishwasher, hard water may cause spotting and/or leave a film.

* Hard water also contributes to inefficient and costly operation of water-using appliances.

* Pipes can become clogged with scale that reduces water flow and ultimately requires pipe replacement. Limescale has been known to increase energy bills by up to 25%

So what can you do to offset the unwanted effects of hard water? When looking for a hard water solution, it may be worth trying a water conditioner first as they will often be significantly cheaper than a water softener, and more environmentally friendly, since they use little to no water and energy in its process. Water conditioners come with a low purchase and installation cost (easy DIY install), in addition to a low running cost.

When looking at hard water solutions, water conditioners are a great alternative to water softeners. In softened water the calcium and magnesium content is replaced with sodium, increasing the sodium content of the water, potentially making it unsuitable for drinking. In conditioned water, the calcium ions remain suspended in the water as small particles, but their propensity to form limescale is reduced. Additionally, conditioned water has the added benefit of the calcium remaining in the water, which is a good dietary mineral.  Water conditioners help protect Reverse Osmosis units, eliminate harmful effects of hard water scale, improve plant growth, and makes soaps and detergents go further.  All good news for the maintenance of your home and ultimately your wallet!

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by DrJohnBullas

Another 7 Maintenance Tips for Water Heaters

Maintenance Tip #1 Preparing the water heater

Turn off the power if its an electric water heater.

Turn off the water to the water heater by closing the valve on the cold water line. Its located on top of the water heater. The cold line is always to the right.

Open a hot water tap inside the house. Air pressure will come out of the tap.

Open the drain valve located at the bottom of the water heater. It looks like a hose bibb. Let a gallon or more out of the water heater.

Do not allow anyone to use hot water for the time you are working on the water heater.

Maintenance Tip # 2 Removing sediment by dissolving it

You can dissolve sediment by using a descaler called Mag-Erad. It’s made by A.O. Smith who also builds water heaters. Use the instructions that come with this descaler, but ignore the part about leaving the gas water heater on. Turn the flame off by setting it to PILOT. The heat without water in the water heater can cause damage to the gas systems.

You can also use lye to dissolve sediment. Its very flammable and volatile. A plumber should use this chemical only.

Maintenance Tip #3 Controlling sediment

Sediment can be kept under control if you use softened water. Salt softened water only reduces sediment; it doesn’t get rid of the problem and also causes another problem. Anode rods’ life expectancy is reduced 50% to 65%.

Sediment grows rapidly at 140 degrees. Legionnaires’ Disease can grow at temperatures of 115 degrees or less. To keep both of these problems at bay, its best to set your water heater at 130 degrees. Legionnaires’ Disease is actually caused by inhaling water vapor rather than drinking infected water. Still, in hospitals the plumbing should be regularly filled with 170 degree water to kill all remaining bacteria.

The only way to check what temperature the water actually is, is to fill a cup of hot water and put a meat thermometer in the cup. If you have a gas water heater, the dial on it can be adjusted until hot water that is 130 degrees is coming out of the tap. Be sure to give the water heater a chance to recover between adjustments on the dial. An hour should do.

Some gas water heaters can adjust the size of the flame produced. Look at the center of the control knob and see if a small screw-like button is there. If so, this button can be used to adjust the flame size. If your having trouble getting enough hot water as it is, then leave this alone though.

If you have a sediment problem in an electric water heater, have a low-watt density element installed. Don’t be fooled by its name. It’s not as hot as a high-watt density element, however the surface area of the low-watt is double and heats just as well. The reduced heat slows the production of sediment.

If you have high water pressure over 50 psi, then have a plumber install a pressure reduced for your water heater. High pressure causes more sediment build-up

Maintenance Tip #4 Check water heater plumbing fittings

Check any threaded connections on your water heater for possible leaks. Threaded connections are located on the top of the water heater for both the hot and cold lines running to and from the water heater. The T&P valve which is on to one side of the water heater, may become leaky. It has a plastic pipe connecting it and has a loose metal switch which can be lifted to stand on end. The drain valve can leak. It is at the bottom of the water heater and often looks like a hose bib. The thermostat controls for both gas water heaters and electric water heaters can leak. The gas control has the words ON/OFF/PILOT written on it. The electric control is behind one but usually two metal compartments on the front of the water heater.

Maintenance Tip #5 Steel connections

Rust can occur if steel touches copper or brass. The rust occurs on the steel only on not on the copper or brass. Copper and brass are noble to steel on the Periodic Table. To control this problem on a water heater use a steel nipple with a plastic lining. This allows the water heater, which is steel to touch the steel nipple with no problem.

The steel nipple with plastic lining can also touch any copper plumbing because the plastic prevents them from touching. Dielectric unions can also touch steel nipples since their function is to prevent rusting or corrosion.

Maintenance Tip #6 Broken nipples

If the nipple breaks when you remove it with a pipe wrench, grab a flat-end screwdriver and a hammer. Hit the circle opening with the screwdriver and hammer and bend in the ring. Now use the screw driver to pry up the broken nipple. Use a hacksaw blade only to cut the opening slot to the threads if the screwdriver doesn’t do the trick. Clean the threads with a pipe tap. Now wrap the new nipple with teflon tap on the threads and install it.

Maintenance Tip #7 Electric heating elements

To check the electric heating elements on an electric water heater, locate the two ports in the front of the water heater. Sometimes there’s only one port, but nonetheless, you need to remove them. Here you can see the heating elements are screwed or bolted into the water heater and kept water-tight by a rubber gasket. Remove the element, but only if you’ve drained the water heater and turned the power off first. Replace the gasket if the rubber has turned hard. Wrap the element with teflon tape if it has threads. Put the tape on the threads and wrap it a couple of times.

Hard scale can build-up directly on an electric element. This is rare but it can happen. Scale usually just sloughs off elements and falls to the bottom of the water heater. If enough scale (also known as sediment) falls to the bottom of the water heater, it could bury the lower element.

There are two types of heating elements, the high-watt density element and the low-watt density element. The high-watt sloughs sediment off more easily but the total amount of sediment is greater due to the higher temperatures. A low-watt creates lower overall sediment because it is not as hot, but it still heats up the water just as well because it has double the surface area. It tends to get flakes of scale directly on itself more easily though. In most instances, the low-watt density element will cause fewer problems.

Elements may be cleaned. Use a toothbrush and vinegar to gently clean the sediment off of them.

If your anode rods have become heavily deteriorated, then this can affect your elements. Corrosive actions between the copper on the sheath of the element and the steel of the water heater’s tank can sprout slow leaks and destroy the elements. If your elements are burning out frequently after replacement, the anode could be to blame.

www.newfreshwater.com NewFresh Water Systems provides homeowners and businesses green solutions to common every day water related issues with whole house filters

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by DrJohnBullas

How To Properly Clean Your Water Distillation Unit

The best way to get the longest use out of your water distillation unit is through routine cleaning. If you stay on top of it and periodically clean the water distiller, you can avoid having any mould build up and get the most efficient use out of your filter. It is really quite simple to clean the water distillation system, but it all depends on the kind of system you have.

For certain water distillation units you may have to clean it more frequently than others; it all depends on the type of unit you purchase. The most common cleanser is descaler, which is an acid called Sulfamic Acid. This is the most effective method and therefore also makes the most sense.

Other people prefer to use a less acidic cleanser to clean their water distiller. A less acidic and milder acid that you can use is vinegar, which will get the job done as well. Either way, it is recommended that you descale your water distillation unit every 3 to 4 months. Remember; you may have to clean it sooner or later than the typical 3 to 4 month period depending on your system. To get the best of your system you will want to empty the boiling chamber every week as well.

The first step to cleaning your water distiller is to obviously turn off the main power switch and then remove the lid from the boiling chamber. The next step is to add 2 to 3 tablespoons of the descaler, Sulfamic Acid or vinegar, to the boiling chamber. You will agitate the solution for about 5 to 10 seconds.

After that, let the system set over night with the descaler to get the full effect and clean to the fullest. The next day drain the descaler from the boiling chamber of your water distiller and rinse with 4 liters of water. You may need to pour even more water into the boiling chamber; you are just trying to remove the entire descaler residue that remains in the boiling chamber.

If you are still having trouble removing all of the descaler, try to wipe the residue from the sides with a soft cloth. After all of the residue from the descaler is removed from your water distillation system, turn on the main power and water to make sure the water is coming into the boiling chamber. If you have action, place the lid on the boiling chamber and you are set to go.

It is vital that you clean your water distiller from time to time to ensure you get the full effect of clean water and allow your water distillation system to last awhile. By following the steps listed above, you should have no problem cleaning your water distiller and enjoying a nice refreshing glass of clean water.

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Benefits of Installing a Home Water Softener System

If you live in an area that has hard water there are many reasons to add a water softening system to your home. When water has a high content of minerals it is considered hard water. Most commonly this means that there will be high amounts of dissolved calcium and magnesium. Water which is free of minerals other than sodium is considered soft water. When a home has a water supply that is hard there are many negative consequences including soap or shampoo that does not lather well, clothes coming out of the laundry looking dingy, bathroom fixtures which are left with chalky rings, clean glasses that will still show spots and water using appliances like coffee makers suffering from shortened lives.

In some areas chemicals are added to water on a city or water district wide basis to soften water before it reaches household pipes. In an area where this is not done it is up to the homeowner to invest in a water softening system. There are a number of different types of waters softeners for home including reverse osmosis, ion exchanging, chemical, magnetic and electric water softening system installations. Some water softeners will increase sodium levels which is not healthy for some people with heart issues. It is therefore important to choose a water softening system that will best work on the particular water hardness in your areas as well as any special needs you might have.

There are many conflicting claims regarding water hardness and health. Some studies have shown that hard water lead to some cardiovascular illnesses in men. The World Health Organization says that there is no correlation between water hardness and adverse health effects, that these studies had inadequate data.

There is little argument on the positive effects that installing a water softening system will have on washing dishes and doing laundry. Hard water prevents the lathering in soaps and detergents. When water is softened the richer lathers returns, clothes rinse cleaner and the amount of expensive detergents used can be reduced. In dishwasher hard water leaves spotting and residue on glasses and dishes as they dry. The mineral residue that is found on bathtubs or shower walls also is left behind on skin and hair. When a water softening installation is completed hair will feel softer and skin cleaner that it had previously. There is an ecological benefit to be found in the reduction on water usage that follows a change to softer water as well as the reduction in detergents and soaps.

Appliances that use water such as coffee makers, water heaters or even tea kettles will have much longer life spans after there a water softening system is installed. Scaling which is a deposit of calcium and magnesium is left behind as water is heated in these appliances. Pipes can become clogged with this scaling as well which can cause reduced water flow and eventually may lead to pipes needing to be replaced. While there is an expense that must be paid to install a water softener there is tremendous savings that can be realized by not having to repair or replace these items.

www.mnwater.info MN Water Softeners – What in the world is a Non-Electric Water Softener Get your FREE report so you know the TOP 5 questions to ask before buying!
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by Frederick Md Publicity

HARD WATER SOLUTIONS GOING GREEN

HARD WATER SOLUTIONS GOING GREEN

 

89.3% of homes in the United States have issues with hard water, which refers to the dissolved mineral content of the water. Hard water can cause limescale, which is the left over mineral deposits in your water that build up in your pipes and appliances. Limescale build up contributes to the inefficiency of water-using appliances, which can significantly increase energy consumption.  According to the US Department of Energy, as little as 1/32” of scale build up on a hot water heater or boiler can cause a 10% increase in energy usage. A 1/4” of build up can increase costs upwards of 40%.  Limescale build up can also cause hot water heaters, swimming pool pumps and other appliances to prematurely stop working. Limescale can also clog pipes reducing the flow of water and can leave unsightly deposits on faucets, tile, toilet bowls and tubs.

 

Water hardness does depend on location, the source of the water and the water’s exposure to sub-surface rocks and limestone. Wells and aquifers typically have the hardest water, although it is not unheard of for some public water supplies to have hard water as well. There are several options for determining water hardness, whether it be contacting your local water company or purchasing a simple to use water quality test kit, like the one sold by www.amiservices.us

 

Treatments for addressing hard water are varied.  Often, the solutions of choice are the use of filters, water softening agents or ion exchange units, which use sodium chloride or potassium chloride. These treatments require regular monitoring and are costly due to need for maintenance and the use of consumable parts.  Additionally, these solutions should not be considered ecologically friendly due to concerns for the environmental impact from the use of chemicals and the discharge of brine water (sodium) into aquifers and accumulated waste in landfills from spent filters. 

 

Today, being ecologically sensitive and using green products has become of the utmost importance across the globe. Magnetic and electrical signal devices offer a far more environmentally friendly means of eliminating hard water deposits, as there is no salt or chemicals to affect the ground water or plant life.  AMI Services offers two such solutions for addressing hard water through the use of magnetic devices and devices that emit electrical signals directly into the water system.  The Magnetizer and the Hydrocare HC-38 prevent limescale and reduce the damage associated with limescale, extending the life of standard home appliances and hot water systems by naturally softening the water through reduced surface tension.  The Magnetizer and the Hydrocare HC-38 work on all types and sizes of pipes and installation for both is simple and do not require a plumber. Both are reliable, efficient and maintenance free with no consumable parts.  While both the Magnetizer and the HydroCare HC-38 reduce energy costs, it is the Magnetizer Hard Water Solution that is a truly ‘green’ product, as it requires no power to operate.