As a final barrier, our Point-of-Use multi-stage reverse osmosis systems effectively reduce chlorine, arsenic, lead, PFAS, microplastics, nitrates, pesticides, dissolved solids, cysts, viruses, and many other contaminants, producing water quality comparable to pharmaceutical-grade water. At the point of entry, our whole-house water softeners and whole-house filters remove calcium, magnesium, and the minerals responsible for hardness and scale buildup, along with other metals and minerals, and organic compounds including PFAS, protecting plumbing and equipment throughout the building while providing peace of mind. While thousands of potential contaminants may be present in water, the EPA currently requires testing for only about 90 regulated substances under the Safe Drinking Water Act (SDWA) and conducts periodic Unregulated Contaminant Monitoring Rules (UCMRs) to assess emerging threats, most recently including “forever chemicals” such as PFAS. Have more questions?

Tap water may legally contain trace amounts of contaminants such as lead, PFAS, pesticides, nitrates, microplastics, organic compounds, cysts, viruses, chlorine, disinfection byproducts from chlorination, heavy metals, dissolved solids, and hardness minerals. A Point-of-Entry whole-house water softener, catalytic carbon filtration, and a Point-of-Use reverse osmosis system for drinking water can remove or reduce most remaining organic and inorganic contaminants. Used together, these systems provide clean, great-tasting water that is safer to drink and helps protect plumbing and appliances from long-term damage. Have more questions?

Reverse osmosis (RO) systems and water softeners are only two among many types of water treatment systems available. They remove or reduce different types of contaminants using distinct treatment methods and operate at different levels of filtration. Water softeners installed at the point of entry use ion-exchange technology to remove scale-causing elements and other contaminants throughout the home. Water conditioners containing carbon, or other media, use adsorption and physical filtration to remove organic compounds. RO systems are designed for Point-of-Use applications, such as drinking and cooking, and purify water by filtering contaminants down to a sub-atomic scale. When used together, these systems provide the most comprehensive approach to water treatment. Have more questions?

Your choice of system depends on the contaminants you want removed, whether your focus is on drinking water, whole-home protection, or both, health requirements, and the needs of your plumbing and appliances. Point-of-Entry systems, like water softeners or whole-home filters, provide broad protection, while Point-of-Use options, such as reverse osmosis units, focus on drinking water. Having your water tested by a certified specialist helps ensure you choose the best solution for your home. Have more questions?

Pitcher filters are limited. They can improve the taste of tap water and reduce some sediment and particulates, depending on their filtration rating. Pitcher filters are not suitable for comprehensive water purification and cannot provide the same level of safety and quality as a reverse osmosis system. RO systems offer broader contaminant removal and are better suited for households that need consistently high-quality drinking water. Choosing the right solution requires understanding your water’s specific composition and treatment needs. Have more questions?

Pitcher filters may help improve the taste of tap water, but most pitcher filters cannot effectively remove harmful contaminants such as lead, PFAS, nitrates, microplastics, or dissolved solids. A multi-stage reverse osmosis system, by contrast, delivers far more comprehensive filtration, essentially pharmaceutical grade, significantly reducing a broad range of contaminants while providing cleaner, safer, and better-tasting water for drinking and cooking. For households concerned about both water quality and health, an RO system offers a level of protection that pitcher filters simply cannot match. Have more questions?

Yes, we offer systems that can remove bacteria or viruses. But for untreated or non-potable water, methods such as chlorination, hydrogen peroxide, UV, or ozone are needed to oxidize, irradiate, or destroy microorganisms, followed by sub-micron filtration. UV, ozone, and 0.2 micron filtration can also supplement municipal water supplies where disinfection may be inconsistent. After microbial treatment, additional steps like water softeners, activated carbon for chlorine and disinfection byproducts reduction, and reverse osmosis can help ensure safe, high-quality water for drinking and household use. Have more questions?

Yes, some water treatment systems can address bacterial and viral biological contaminants, but not all can do so. Absolute 0.2-micron filters and reverse osmosis can physically filter out bacteria, and RO can also filter out viruses, but are certified for use on potable water only. On non-potable water, microorganisms must be destroyed in addition to being filtered. UV, ozonation, chlorination, or hydrogen peroxide are effective options for this purpose. Carbon filters and water softeners alone are not designed to remove bacteria, viruses, or other small microorganisms, so combining treatments is necessary for safe, high-quality water. Have more questions?

Activated carbon filters reduce organic compounds, odors, and improve taste using adsorption, while reverse osmosis systems remove inorganic contaminants and dissolved solids through sub-atomic physical filtration. UV treatment disinfects water by disrupting the reproduction of microorganisms using irradiation at a specific UV frequency. Water treatment systems can combine these technologies to provide more thorough water purification. Have more questions?

Some water filters can reduce chlorine, lead, PFAS, or microplastics, but all treatment claims must be independently certified to ANSI standards by organizations such as WQA, NSF, CSA, or IAPMO. Many filters on the market are not certified and may make unverified claims. Reverse osmosis systems reduce a wide range of contaminants, including chlorine, lead, PFAS, microplastics, heavy metals, and dissolved solids, providing comprehensive purification. Basic carbon filters can reduce organic compounds, chlorine and improve taste, and some are certified to remove PFAS, but many cannot effectively remove lead, microplastics, and none remove dissolved solids. A water softener is not designed to remove chlorine. lead, PFAS or microplastics. Evaluating certifications and the specific capabilities of each system ensures your water treatment solution effectively addresses your household’s needs. Have more questions?

Reverse osmosis water is safe to drink and is not “too pure.” While RO systems reduce minerals like calcium and magnesium, this does not pose health concerns because most essential nutrients come from a balanced diet. RO water provides clean, crisp-tasting water without compromising safety and taste, making it a reliable choice for drinking and cooking. Some RO’s can add beneficial organic minerals back into the water. Unlike de-ionized or distilled water, RO water retains a balanced profile suitable for drinking while removing or reducing contaminants that can affect safety. Relying on water as a primary source of minerals is unreliable, as the quantities and forms of minerals in any water supply may not be ideal for human absorption. By removing minerals along with other contaminants, RO systems improve taste and ensure water is both safe and refreshing for everyday use. Have more questions?

The minerals removed by water treatment systems are not a significant source of essential nutrients like calcium and magnesium, which are primarily obtained through a balanced diet. The amount and form of minerals in any water supply may not be ideal for human absorption. By removing harmful contaminants along with some minerals, filters and reverse osmosis systems improve both the safety and taste of your water. Some RO’s can add beneficial minerals in organic form back into the water. This ensures that your household has access to water that is both healthy and enjoyable to drink. Have more questions?

When properly maintained, water filtration systems can last many years, though longevity depends on usage and the quality of water being treated. Manufacturers provide warranties, which are often based on laboratory tests, and systems can frequently last beyond their warranty period with proper care. Regular maintenance is essential to ensure these systems continue to operate effectively, maintain optimal water quality, and protect your plumbing and appliances over the long term. Have more questions?

Well water can vary widely in quality, so testing is essential before implementing any treatment solution. Well water may require anti-bacterial treatment and often benefits from sediment filtration, water softening, and reverse osmosis (RO). Depending on professional water test results, additional treatments such as iron filters, UV sterilization, chlorination, or ozone may be recommended to address bacteria, iron, hydrogen sulfide, odors, tastes, discoloration, and other specific contaminants. A tailored approach ensures your well water is safe, clean, and pleasant to use throughout your home. Have more questions?

The frequency of filter replacements depends on the type of filter, water quality, and usage. Water softener salt or potassium should be replenished as needed, usually every 3 months, and whole-house carbon media filtration systems typically require media replacement about every 3 years. Most RO pre-filters should be replaced every 6–12 months, and RO membranes generally every 2–3 years, though pre-filters may last almost twice as long if a whole-house softener or filtration system is installed upstream. These estimates help guide proper maintenance to keep your water safe, clean, and your equipment operating efficiently. Have more questions?

There are essentially three ways to test your water. DIY kits can provide useful information if you know what to test for, how to sample properly, and how to interpret results While laboratory tests can provide useful information, interpreting lab results can be challenging for a layperson. A local certified water treatment specialist usually will offer free water testing that provides clear, easy-to-understand results and professional guidance. Based on the findings, they can recommend additional testing if needed or suggest the right combination of systems—such as water softeners, carbon or sediment filters, reverse osmosis, or UV/ozone treatment, etc.—to ensure your water is safe, clean, and tastes great throughout your home. Have more questions?

A whole-house system is a Point-of-Entry system, treating all the water entering a home or building, while a drinking-water-only filter is a Point-of-Use system, treating water at a single faucet. A whole-house sediment or carbon system removes sediment and organic compounds from all the water entering your home, improving taste and odor while preventing particulate matter from reaching plumbing and fixtures. A whole-house water softener removes hardness minerals, and metals from all the water entering the building. In contrast, a drinking-water-only system like an RO system at a single tap removes a much wider range of contaminants, providing cleaner, safer, and better-tasting water for human consumption. Combining Point-of-Entry and Point-of-Use systems allows for comprehensive protection and high-quality water throughout your home. Have more questions?

Under-sink multi-stage reverse osmosis systems offer much greater filtration capability than countertop or faucet filters. Under-sink RO systems can remove or reduce chlorine, lead, PFAS, nitrates, microplastics, arsenic, and other dissolved solids unlike countertop or faucet filters. The multi-stage process also improves water clarity and odor, making it ideal for drinking, cooking, and preparing beverages. These systems give households peace of mind by delivering consistently high-quality water for everyday use. Have more questions?

Each type of water treatment system requires a different maintenance schedule to operate effectively. A water softener typically requires salt or potassium refills about every 3 months, while whole-house carbon or media filters may need media replacement about every 3–5 years. Reverse osmosis systems generally require annual pre- and post-filter changes, a new membrane about every 3–5 years, and periodic sanitizing. These are average estimates. Many companies offer service plans with scheduled filter changes, system checks, and support, making maintenance easier and helping ensure safe, high-quality water for your home over the long term. Have more questions?

Water softeners are not primarily designed to physically filter water, though their media can remove suspended solids down to about 60 microns, roughly the width of a human hair. Their main function is to remove hard minerals like calcium and magnesium and other metals through ion exchange. Water softeners alone are not designed to remove contaminants such as chlorine, lead, or PFAS. For more comprehensive water filtration, a water softener can be combined with other media or systems. Pairing a softener with a reverse osmosis system provides safe, clean, and better-tasting water for drinking and cooking. This combination allows households to enjoy both softened water for plumbing and appliances and high-quality purified water at the tap. Have more questions?

The cost of a water treatment system can vary depending on factors like type of system, home size, pipe size, water usage, system capacity, installation requirements, and the quality of your water. This may range from a few hundred dollars to a few thousand dollars, which is usually less expensive in the medium to long term when compared with potential plumbing and appliance damage and health concerns A water treatment system also improves quality of life by providing better-tasting water, cleaner clothes, softer skin, and peace of mind. A certified water treatment professional can provide transparent, tailored quotes based on your specific needs. With proper installation and care, a water treatment system delivers safe, high-quality water for drinking, cooking, and everyday household use for many years. Have more questions?

This depends on your comfort with plumbing and knowledge of state and local laws. Some simple filters may be easy to install, but others, like reverse osmosis systems or water softeners, require more expertise. Cutting into the plumbing line may require a licensed professional and a permit. Water softeners, backwashing filters and RO systems require correct programming and setup, including connections to the drain. We recommend having all water treatment systems installed by a licensed water treatment specialist. Proper installation protects your plumbing, maximizes water quality, and extends the life of your equipment. Have more questions?

When selecting a water treatment system, look for systems independently certified by licensed laboratories to NSF/ANSI standards, which verify performance for contaminant reduction, health safety, and structural integrity. An independent third-party certifier such as the WQA (Water Quality Association), CSA (Canadian Standards Association), IAPMO (International Association of Plumbing and Mechanical Officials), and NSF provide ideal protection. These certifications provide assurance that systems meet rigorous industry standards, comply with plumbing codes, and deliver safe, reliable water for your home. Be on the lookout for cheap imported filters with counterfeit brand name logos and certifications, these can do more harm than good. Have more questions?

While salt-free “scale prevention” systems exist, scientifically, there can be no such thing as a salt-free water softener because saltless systems do not actually remove hardness minerals, from the water, which is the definition of a water softener. An ion exchange water softener removes hardness-causing minerals and metals, providing consistently testable softened water. A salt-free system’s mechanism is to “crystalize” calcium and magnesium in the water to prevent scale, but the water hardness remains unchanged after treatment. Their effectiveness varies with water chemistry, organic content, and temperature. The media in these systems cannot withstand typical municipal chlorine levels, often requiring de-chlorination before treatment. Have more questions?