The elements found in well water may vary so not all well water is the same. This is true even among wells that are within close proximity to each other. Common well water issues include sediment, dirt, hardness, bacteria, sulfur, and iron. It is necessary to have your well water tested before the proper treatment for your water can be determined.

Hydrogen Sulfide is often the reason for this unpleasant smell. Hydrogen Sulfide may be created by decaying organic matter, some types of bacteria, and petroleum refining. If the rotten egg smell is only present in hot water, it may be the result of a deteriorated anode rod on a water heater system.

Municipal water treatment facilities commonly use chlorine to treat water. It is often detectable in tap water due to taste and smell. While chlorine is effective for removing dangerous bacteria from the water supply, chlorine can objectionably affect drinking water and irritate eyes and skin. Since the chlorine has already served its purpose by the time water reaches your faucet, we can safely remove it from your water.

Though it may not be noticeable to the naked eye, iron may be in your water. Once it is exposed to air, the iron oxidizes, leave rust-colored stains on clothing, showers, sinks, and fixtures.

The answer depends on the type of iron you have in your water. There are three different types of iron water – ferric, ferrous, and iron bacteria. It is necessary to evaluate the kind of iron in your water before diagnosing what is needed to solve your iron issues.

Hard water leads to build-up in plumbing and water-using appliances, creating a restricted flow of water. In appliances such as washing machines and dishwashers, the build-up can ultimately lead to the need to service or replace these items more frequently. In hard water areas, it is not unusual for the flow of running water through household water lines to be reduced to the size of a ballpoint pen head.

Hard water forms build-up in appliances, which can require as much as 33% more fuel to heat water in a water heater. The reason is that additional energy is required to heat hard water scales before it can heat your water. Since soft water eliminates hard water scale issues, the result will be lower energy costs.

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With soft water, it may actually seem like soap and shampoo have not completely rinsed off your skin. This sensation is caused by the fact that there is no dissolved rock in your water. The water’s natural softening and moisturizing agents can do their job, and thoroughly clean skin and hair. Conversely, this is why hard water can cause skin pores to clog with soap residue, leaving skin dull and hair feeling dry.

Water that has been treated with a water softener has many benefits over hard water:

• Housework is easier without having to deal with hard water build-up on fixtures and appliances.

• Clothes laundered in soft water wear better, lasting up to 30% longer.

• Fabrics stay softer and whiter without the dingy gray caused by hard water.

• Soft water cleans silverware, dishes, and glassware better, leaving a shinier finish.

• Soaps and shampoos work more effectively because soft water allows them to lather better, enabling you to use up to 75% less product.

• Organic, chemical-free healthy soaps and laundry products perform better with soft water.

• Hair and skin feel softer and cleaner after bathing with softened water.

• Water-using appliances such as dishwashers, washing machines, and coffee makers last much longer when used with soft water.

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In most conventional water softeners, water runs through a tank containing resin beads saturated with sodium. When this happens, any calcium and magnesium ions in the water swap with the sodium ions so that by the time the water enters the home it is considered soft water.

Once the resin becomes saturated with the excess minerals drawn out of the water, the water softener must go through a regeneration cycle. During this cycle, sodium-rich water re-saturates the resin and the other excess minerals are flushed out. For the average home, a water softener will regenerate about once per week. The brine yank is where the salty brine solution is generated. The salt mixes with water to create a brine solution that’s flushed through and cleans the resin beads during regeneration. Once completed, the softener resumes normal operation.

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Salt-free systems, as the name suggests, don’t use salt at all. These systems are not referred to as salt-free water softeners, because they don’t remove any mineral deposits from water. They work by conditioning the excess particles in the water to prevent them from building up on fixtures and appliances.

While these systems may be better for the environment, they may also struggle to keep up with high levels of hardness or larger households with more than average water consumption.

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The only household appliance that can actually reduce costs, a water softener can reduce water-heating bills by up to 29%. Soft water also requires less detergent and soap usage, so water softeners save you money on these items as well.

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Studies done in the 1970s at the University of Wisconsin concluded that salt-brine discharge from water softeners had no ill effects on the operation of typical anaerobic or newer style aerobic home treatment systems. It was also confirmed that water softener regeneration discharge did not hurt drain field soil percolation and in some cases could improve soil percolation. Septic tank effluents containing water softener effluents include substantial amounts of calcium and magnesium, which balance the effect of sodium, in addition to promoting and sustaining soil permeability. According to the study results, it is preferable to discharge water softener waste to septic systems than to separate dry wells or ditches. Learn more at www.wqa.org.

No, because it’s challenging to anticipate and cover the costs associated with long-term product maintenance and potential unforeseen issues, including changes in the water chemistry. Most water softener companies do offer a limited warranty and satisfaction guarantee.

It is best to have well water tested for bacteria, hardness, iron, and pH. City water should be checked for hardness, pH, and chlorine. Contact us to schedule a free in-home water test so we can identify your water problems and determine the right water solution for your home.

Yes, reverse osmosis water is safe to drink. If you’re worried about losing natural minerals during the filtration process, you can usually install an additional filter to restore those minerals.

Reverse osmosis systems are one of the most effective home water filtration solutions available. These systems use a semi-permeable membrane to filter out 99% of all contaminants and pollutants, including lead, chlorine, fluoride, nitrates, pesticides, and other harmful chemicals. The membrane works by allowing water molecules to pass through while blocking larger particles such as bacteria and viruses. The system is designed to change it from its original form to something safer, healthier, and tastier. It also removes foul odors along the way, making every filtered sip all the more satisfying.

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Most systems are installed in 1 day by our professional team. We'll confirm your timeline at the time of quoting.

Yes — most systems are low maintenance, but filters and salt (for softeners) need periodic refills. We offer salt delivery and optional service plans to keep things easy.

Absolutely. Aquatyx - Live Demo offers full support before, during, and after your install. Schedule service here.

We can give rough pricing ranges, but for accurate recommendations we need to test your water and understand your usage. Book a test here.