How to Read Your City Water Quality Report Before Buying a Filter

 

Buying a water filter should not feel like guessing.

Many homeowners know they want cleaner, better-tasting water, but they are not sure where to start. Some people notice a chlorine smell. Some see rust-colored stains, sediment, or cloudy water. Others are concerned about lead, PFAS, nitrates, disinfection byproducts, or other contaminants they have heard about in the news.

Before buying a filter, one of the smartest first steps is to read your city water quality report.

This report is officially called a Consumer Confidence Report, often shortened to CCR. It gives you important information about your local drinking water, including where it comes from, what was detected, whether the water system met drinking-water standards, and whether there were any violations or special notices.

EPA requires community water systems to deliver a Consumer Confidence Report to customers each year by July 1.  

That means if you receive city water, there is likely a report available for your area. You just need to know how to read it.

This guide explains what to look for in your water quality report, what the numbers mean, which sections matter most, and how the information can help you choose the right water filtration system for your home.

Why This Topic Matters Right Now

Water quality reports are not new, but they are becoming more important for homeowners.

In recent years, drinking-water concerns have become a bigger part of national news. EPA finalized the first national drinking-water standards for certain PFAS in 2024, and in 2026 EPA announced additional proposed rules related to PFAS drinking-water implementation.  

Lead is also a major concern. EPA finalized Lead and Copper Rule Improvements that require drinking-water systems to identify and replace lead pipes within 10 years, along with more rigorous testing and a lower action threshold for communities to respond to lead in drinking water.  

EPA has also revised Consumer Confidence Report rules to make annual drinking-water reports more understandable and accessible to the public.  

For homeowners, the message is clear: your water report is not just a technical document. It is a tool that can help you make better decisions about your home, your family, and your filtration needs.

What Is a Consumer Confidence Report?

A Consumer Confidence Report is an annual water quality report from your local water supplier.

It usually includes:

• The source of your drinking water
• Detected contaminants
• Contaminant levels
• Legal limits
• Possible sources of contaminants
• Whether the water system had any violations
• Special health information for sensitive groups
• Contact information for your water utility

EPA says these reports are intended to help consumers better understand the quality of drinking water in their area.  

The report may look confusing at first because it includes technical terms, tables, abbreviations, and small measurement units. But you do not need to be a scientist to understand the most important parts.

You mainly need to know where to look and how to connect the information to real household water concerns.

Where to Find Your City Water Quality Report

Most city water customers receive their water quality report once per year. It may arrive by mail, email, a water bill notice, or a link on the utility website.

To find your report online, search for phrases like:

“[Your city] water quality report”

“[Your city] Consumer Confidence Report”

“[Your water utility name] CCR”

“[Your city] annual drinking water report”

EPA also provides Consumer Confidence Report resources for consumers and local water systems.  

Once you find the report, download it or keep the page open while you review it. You may also want to print it and highlight the sections that mention contaminants, violations, disinfectants, lead, copper, PFAS, turbidity, or total dissolved solids.

Start With These 5 Questions

Before reading the full report, use these questions to guide you:

1. Where does my water come from?
2. Which contaminants were detected?
3. Were any contaminants above the allowed limit?
4. Does the report mention lead, copper, PFAS, chlorine, chloramine, nitrates, arsenic, or disinfection byproducts?
5. Does my home have taste, odor, sediment, staining, or drinking-water concerns that the report may help explain?

These questions make the report easier to understand because they focus on practical decisions.

You are not reading the report just to collect information. You are reading it to answer a more useful question:

What kind of water filtration system makes sense for my home?

Section 1: Water Source

The first section of your report usually explains where your water comes from.

Your city water may come from:

• Rivers
• Lakes
• Reservoirs
• Groundwater wells
• Springs
• A mix of surface water and groundwater
• Purchased water from another supplier

This matters because the water source can affect the types of contaminants or water issues that may appear.

Surface water may be more affected by runoff, algae, organic matter, seasonal changes, and disinfection byproducts. Groundwater may contain more minerals, hardness, iron, manganese, arsenic, nitrates, or other naturally occurring substances depending on local conditions.

City water is treated before it reaches your home, but the original source still matters. It gives you clues about what your utility is treating and what issues may still affect taste, odor, mineral content, or household water quality.

Section 2: Detected Contaminants

The detected contaminants table is usually the most important part of the report.

This table may include substances such as:

• Lead
• Copper
• Nitrate
• Arsenic
• Barium
• Fluoride
• Chlorine
• Chloramine
• Total trihalomethanes
• Haloacetic acids
• Turbidity
• Total organic carbon
• Total dissolved solids
• PFAS, depending on local testing and reporting
• Microbiological indicators
• Radioactive contaminants
• Industrial or agricultural contaminants

Do not panic just because something is listed.

A contaminant may appear because it was detected, not necessarily because it was found at an unsafe level. Many reports list contaminants that are below the legal limit.

The key is to compare three things:

• The detected amount
• The allowed limit
• Any health goal or action level

This is where terms like MCL, MCLG, and Action Level become important.

Section 3: MCL, MCLG, and Action Level

Water quality reports often use abbreviations that are not obvious at first.

Here are the most important ones.

MCL: Maximum Contaminant Level

The Maximum Contaminant Level is the highest level of a contaminant allowed in drinking water under federal drinking-water standards.

If a contaminant is above the MCL, the water system may be in violation and may need to take corrective action.

MCLG: Maximum Contaminant Level Goal

The Maximum Contaminant Level Goal is a health-based goal. It is not always the same as the enforceable legal limit.

Sometimes the goal is zero, especially for contaminants where there may be no known safe exposure level. This can make reports confusing because a detected amount may be legally allowed but still higher than the health goal.

Action Level

An Action Level is used for certain contaminants, including lead and copper. If test results exceed the action level in enough samples, the water system must take specific steps.

Lead and copper are different from many other contaminants because they often enter water from service lines, plumbing, solder, or fixtures rather than only from the water treatment plant.

That is why your home’s plumbing can matter.

Why Lead Deserves Special Attention

Lead is one of the most important contaminants to watch for in a city water quality report.

EPA’s Lead and Copper Rule Improvements are a major current drinking-water development. The rule requires drinking-water systems to replace lead service lines within 10 years and includes stronger testing and public communication requirements.  

This matters because even if your city treats the water correctly, lead can enter drinking water through older lead service lines, plumbing, fixtures, or solder.

When reading your report, look for:

• Lead results
• Copper results
• Action level information
• Service line inventory information
• Notices about lead service lines
• Instructions for reducing lead exposure
• Whether your home may have an unknown service line material

If your report mentions lead service lines or if your home is older, consider additional testing at your tap. A city report gives useful system-wide data, but lead risk can vary from home to home.

Why PFAS Is Showing Up in More Water Conversations

PFAS are another reason homeowners are paying closer attention to water reports.

PFAS are often called “forever chemicals” because some of them break down very slowly in the environment. EPA finalized national drinking-water standards for several PFAS in 2024, and EPA has continued implementation activity since then.  

For homeowners, PFAS can be confusing because not every older water report may show PFAS results clearly, and monitoring timelines can vary. But as public water systems continue testing and reporting, more consumers are likely to see PFAS information in local water documents, notices, or utility updates.

When reviewing your water report, look for names such as:

• PFOA
• PFOS
• PFHxS
• PFNA
• HFPO-DA, also known as GenX chemicals
• PFBS

If PFAS are listed, check the detected amount, the reporting unit, and any notes from your water supplier.

This is also a good reason to avoid buying a filter based only on general marketing language. When a contaminant matters to you, look for specific reduction claims, testing information, or certification details related to that contaminant.

Section 4: Units of Measurement

Water quality reports use very small measurement units.

Common units include:

• ppm, or parts per million
• ppb, or parts per billion
• mg/L, or milligrams per liter
• µg/L, or micrograms per liter
• pCi/L, used for some radioactive contaminants
• NTU, used for turbidity

In water, mg/L is often similar to ppm, and µg/L is often similar to ppb.

This matters because a number may look tiny but still be important. Some contaminants are regulated at very low levels.

Always compare the detected level with the limit using the same unit. Do not compare ppb to ppm without converting.

A simple rule:

1 ppm = 1,000 ppb

So 0.005 ppm equals 5 ppb.

If the numbers seem confusing, focus on whether the report says the contaminant was below or above the allowed limit.

Section 5: Violations and Notices

Every homeowner should check the violations section.

A violation does not always mean the water is immediately unsafe to drink. It may involve:

• A contaminant limit
• A treatment technique
• Monitoring
• Reporting
• Public notification
• Testing schedules

Still, you should read any violation carefully.

The report should explain:

• What happened
• When it happened
• Whether it was corrected
• Whether customers needed to take action
• What the utility is doing to prevent it from happening again

If your water report includes a violation, you may want to contact your water supplier directly and ask whether any action is recommended at the household level.

For filtration decisions, a violation can help you identify whether you should consider point-of-use filtration, whole-house filtration, or additional water testing.

Section 6: Chlorine, Chloramine, Taste, and Odor

Many people buy water filters because of taste and smell.

Common complaints include:

• “My water smells like a swimming pool.”
• “My tap water tastes chemical.”
• “My water smells musty.”
• “My water has an earthy taste.”
• “My water tastes metallic.”
• “My water looks cloudy.”

City water is disinfected to help protect public health as it travels through pipes. Some systems use chlorine. Others use chloramine. Your water quality report may mention which disinfectant is used or provide disinfectant residual data.

For many homeowners, carbon filtration is a common choice for improving chlorine taste and odor. Carbon filters can be used in drinking-water systems, under-sink systems, countertop systems, and whole-house filtration setups depending on the goal.

However, it is important to understand the limit of carbon filtration.

A carbon filter may help improve taste and odor, but it is not the same as reverse osmosis, and it does not automatically remove every contaminant listed in a water quality report.

That is why reading your report matters. It helps you decide whether your main issue is taste and odor, visible particles, drinking-water contaminants, or whole-home water quality.

Section 7: Sediment, Rust, Sand, and Cloudy Water

Your city water quality report may not always explain everything happening at your faucet.

Water travels from the treatment plant through distribution pipes, service lines, and your home plumbing before it comes out of the tap. Along the way, local pipe conditions, water main repairs, pressure changes, or older plumbing can contribute to particles, rust, or discoloration.

Signs of sediment issues include:

• Brown or yellow water
• Rust-colored particles
• Sand-like grit
• Clogged faucet aerators
• Sediment in toilet tanks
• Reduced water flow
• Particles in tubs or sinks
• Appliance buildup

If this is your main concern, a sediment filter may be useful.

Sediment filters are designed to reduce particles such as sand, silt, dirt, and rust. They are often used as the first stage in a filtration system because they help protect downstream filters and equipment.

For homes with visible particles or rust, a whole-house sediment filter or multi-stage whole-house filtration system may be a better fit than a small drinking-water-only filter.

Section 8: Total Dissolved Solids

Total dissolved solids, often called TDS, refers to dissolved minerals, salts, metals, and other dissolved substances in water.

TDS is not always harmful by itself. Some dissolved minerals are common in drinking water. However, high TDS can affect taste, scaling, spotting, and customer perception of water quality.

If your main concern is TDS, a basic sediment filter will not solve the issue because sediment filters are designed for particles, not dissolved substances.

Carbon filters also generally do not reduce TDS in a meaningful way.

For drinking water, reverse osmosis is commonly used when homeowners want to reduce dissolved substances at the tap.

This is one of the biggest reasons to read your report before buying a filter. If you buy a carbon filter expecting it to reduce TDS, you may be disappointed. If you buy a sediment filter expecting it to improve chemical taste, it may not solve the problem.

Match the system to the issue.

Section 9: Disinfection Byproducts

Disinfection byproducts form when disinfectants used to treat water react with naturally occurring organic matter.

Your report may list substances such as:

• Total trihalomethanes
• Haloacetic acids

These are commonly monitored in city water systems.

If your report lists disinfection byproducts, compare the detected level with the allowed limit. If levels are close to the limit, or if you are concerned about drinking-water exposure, you may want to consider a drinking-water filtration system and review product contaminant-reduction claims carefully.

For many homeowners, a reverse osmosis system with carbon filtration stages is a common point-of-use choice for drinking and cooking water.

Section 10: Nitrates and Agricultural Runoff

Nitrates are another contaminant to look for, especially in areas near agriculture, septic systems, or groundwater sources.

Nitrate levels matter because they can pose health risks, especially for infants and certain sensitive groups. If your city water report lists nitrate, compare the result with the MCL and read any notes included by the utility.

If your report shows nitrate concerns, do not assume a basic carbon filter is enough. Nitrate reduction requires specific treatment methods.

This is another example of why the phrase “water filter” is too broad. Different contaminants require different filtration technologies.

Section 11: Arsenic and Naturally Occurring Contaminants

Some contaminants come from natural deposits in the ground.

Arsenic is one example. It may appear in groundwater depending on local geology. A city water quality report should show whether arsenic was detected and whether it was below the legal limit.

If arsenic is listed in your report, check:

• The detected level
• The MCL
• The range of detections
• Whether the water source is groundwater
• Any treatment notes from the utility

For homeowners concerned about arsenic or other dissolved contaminants, reverse osmosis may be considered for drinking water, but always check the specific product’s contaminant-reduction claims.

Section 12: Fluoride

Many city water reports list fluoride.

Some communities add fluoride to drinking water, while others have naturally occurring fluoride. Homeowners may have different preferences about fluoride, so the report can help identify whether it is present and at what level.

If fluoride reduction is a priority, check whether a system is designed and tested for fluoride reduction. Not all filters reduce fluoride.

Reverse osmosis systems are often considered by customers who want broader drinking-water filtration at one faucet, including reduction of certain dissolved substances.

Section 13: Turbidity

Turbidity measures cloudiness in water.

High turbidity can interfere with disinfection and may indicate particles in the water. In city water reports, turbidity is often tied to treatment performance.

For homeowners, visible cloudiness at the tap can have several causes:

• Air bubbles
• Sediment
• Mineral content
• Plumbing disturbance
• Water main work
• Treatment changes

If cloudy water clears from the bottom up after sitting for a minute, it may simply be air. If particles settle at the bottom, sediment may be involved.

A sediment filter can help with particles, but it will not remove dissolved contaminants.

Section 14: Hardness and Mineral Buildup

Not every water quality issue is a health issue.

Hard water can cause:

• Scale on fixtures
• Spots on dishes
• Mineral buildup
• Dry-feeling skin
• Reduced appliance efficiency
• White crust around faucets

Your CCR may include hardness or mineral information, but not always.

Water filtration and water softening are not the same. A sediment filter removes particles. A carbon filter improves taste and odor. A reverse osmosis system treats drinking water at the tap. A water softener addresses hardness minerals such as calcium and magnesium.

If your main issue is scale, look for hardness information and consider whether a softening or scale-control solution is needed in addition to filtration.

Section 15: What Your Report Does Not Tell You

A water quality report is very useful, but it has limits.

It usually reports water quality at the system level, not necessarily what is coming out of your exact faucet.

Your home’s water may also be affected by:

• Old plumbing
• Lead service lines
• Copper pipes
• Brass fixtures
• Water heaters
• Faucet aerators
• Sediment in household pipes
• Plumbing repairs
• Local distribution-line work

This is especially important for lead because lead often comes from plumbing materials between the water main and the tap.

If you have an older home, a known lead service line, a pregnant person in the household, infants, young children, or a sudden water change, consider additional tap testing.

How to Match Your Water Report to a Filter Type

Once you review your water report, use it to narrow your filter options.

If You See Sediment, Rust, Sand, or Dirt

Consider:

• Sediment filter
• Spin-down sediment filter
• Whole-house sediment filtration
• Multi-stage whole-house system

Best for:

• Visible particles
• Rust flakes
• Sand
• Clogged fixtures
• Protecting appliances and downstream filters

If You Smell Chlorine or Notice Chemical Taste

Consider:

• Carbon filter
• Carbon block filter
• Granular activated carbon filter
• Whole-house carbon filtration
• RO system with carbon stages for drinking water

Best for:

• Chlorine taste
• Odor
• Chemical smell
• General taste improvement

If You Are Focused on Drinking and Cooking Water

Consider:

• Reverse osmosis system
• Under-sink RO system
• RO system with sediment and carbon pre-filters
• Replacement RO membrane and post-filter maintenance

Best for:

• Kitchen drinking water
• Cooking water
• Dissolved substances
• TDS reduction
• More advanced point-of-use filtration

If You Want Better Water Throughout the Home

Consider:

• Whole-house water filtration system
• Big Blue filter housing
• Multi-stage whole-house system
• Sediment plus carbon filtration

Best for:

• Water entering the home
• Showers
• Laundry
• Appliances
• General household water quality

If Microorganisms Are a Concern

Consider:

• UV water treatment
• Sediment pre-filtration before UV
• Water testing before and after treatment

Best for:

• Well water
• Certain non-municipal systems
• Bacteria concerns
• Situations where disinfection is needed

For city water customers, microorganism concerns should be reviewed carefully with your utility report and any public notices. City water is treated, but special situations can still occur.

Why “One Filter Removes Everything” Is Usually the Wrong Way to Think

One of the most common mistakes homeowners make is assuming that one filter removes every possible contaminant.

Water filtration does not work that way.

Different technologies solve different problems:

• Sediment filters reduce particles.
• Carbon filters help with taste, odor, chlorine, and some chemicals.
• Reverse osmosis systems reduce many dissolved substances at the drinking-water tap.
• UV systems target microorganisms but do not remove sediment or chemicals.
• Whole-house systems treat water entering the home, but system design depends on filter stages and media.

A good filtration setup starts with the problem you want to solve.

That problem may come from your water report, your home plumbing, your taste and odor concerns, or your water test results.

How Bluonics Products Fit Different Water Concerns

Bluonics offers several types of water filtration products that can help customers build a system around their specific needs.

Whole-House Water Filtration Systems

A whole-house system treats water as it enters your home. This can help reduce sediment, rust, chlorine taste and odor, and other concerns depending on the filter stages used.

Big Blue Filter Housings

Big Blue housings are commonly used for larger-capacity whole-house filtration. They can be paired with compatible sediment, carbon, or specialty cartridges depending on the water issue.

Sediment Replacement Filters

Sediment filters are often the first stage in a system. They help reduce dirt, sand, rust, and particles before water flows to other filters.

Carbon Filters

Carbon filters are commonly used for chlorine taste, odor, and general taste improvement. They are useful for many city water customers who dislike the smell or taste of treated water.

Reverse Osmosis Systems

Reverse osmosis systems are often used for drinking and cooking water at the kitchen sink. They are a strong option when customers want more advanced point-of-use filtration.

UV Water Treatment Systems

UV systems are often used when microorganism treatment is needed, especially in well water or other situations where bacteria may be a concern.

Step-by-Step: How to Read Your Water Report Before Shopping

Here is a simple process homeowners can follow.

Step 1: Find the Most Recent Report

Search for your city or water utility name plus “water quality report” or “Consumer Confidence Report.”

Make sure the report is current.

Step 2: Identify Your Water Source

Look for whether your water comes from surface water, groundwater, or a blend.

This helps explain possible contaminants and treatment methods.

Step 3: Review the Detected Contaminants Table

Look for contaminants that were detected and compare them to the allowed limits.

Focus on contaminants that are close to limits, above limits, or important to your household.

Step 4: Check for Lead and Copper

Review the lead and copper section carefully, especially if your home is older or your area has lead service line concerns.

Step 5: Look for PFAS Information

PFAS reporting is becoming more important because of recent federal drinking-water regulation activity. If PFAS are listed, review the specific compounds and levels.

Step 6: Look for Chlorine, Chloramine, and Taste/Odor Clues

If your main complaint is taste or smell, disinfectant information may help explain it.

Step 7: Check for Violations or Special Notices

Read any violation language closely. Contact your water utility if you are unsure what it means.

Step 8: Compare the Report to What You Notice at Home

Ask yourself:

• Does my water smell like chlorine?
• Do I see sediment?
• Is my water cloudy?
• Do I have stains?
• Do fixtures clog?
• Am I mainly concerned about drinking water?
• Do I want filtration for the whole home?

Step 9: Choose the Filter Type Based on the Problem

Do not choose the system first. Choose the problem first.

Then match the filtration technology.

Step 10: Plan for Replacement Filters

A filtration system needs maintenance. Check replacement schedules, filter sizes, cartridge compatibility, and long-term cost.

Common Mistakes to Avoid

Mistake 1: Buying a Filter Without Reading the Report

This can lead to buying a system that does not solve your actual problem.

For example, a sediment filter may help with particles but will not solve dissolved contaminant concerns. A carbon filter may improve taste but may not reduce TDS. A reverse osmosis system may be excellent for drinking water but does not treat every faucet in the home unless paired with other systems.

Mistake 2: Ignoring Lead Because the Water Looks Clear

Lead cannot be seen, tasted, or smelled in water.

If your area has lead service line concerns or your home has older plumbing, check your report and consider additional tap testing.

Mistake 3: Assuming City Water Means No Filtration Is Needed

City water is treated and regulated, but some homeowners still choose filtration for taste, odor, sediment, chlorine, TDS, or added peace of mind.

Water can meet legal standards and still have qualities you want to improve.

Mistake 4: Confusing Filter Types

A sediment filter, carbon filter, reverse osmosis system, and UV system are not interchangeable.

Each has a different job.

Mistake 5: Forgetting Maintenance

Replacement filters matter.

If filters are not changed on schedule, water flow can drop and performance can decline. Always follow the replacement schedule for your system.

Should You Test Your Water Even If You Have a City Report?

Sometimes, yes.

A city water quality report gives you helpful system-wide information, but it may not tell you exactly what is happening inside your home.

Consider water testing if:

• Your home was built before modern lead-free plumbing rules
• You have a lead or unknown service line
• Your water suddenly changes color, smell, or taste
• You see sediment or rust
• You have infants, pregnant people, or sensitive individuals in the home
• You are concerned about a specific contaminant
• You want to confirm what is coming from your exact faucet

For private wells, testing is even more important because private wells are not managed the same way as city water systems.

Example: How a Homeowner Might Use the Report

Imagine your water report shows disinfectant residuals, some disinfection byproducts below the legal limit, and no violations.

At home, you notice a strong chlorine smell and unpleasant taste.

A reasonable starting point may be carbon filtration for taste and odor, or an RO system with carbon stages for drinking water.

Now imagine your report also mentions lead service line inventory concerns, and your home is older.

In that case, you may want to request more information from your utility, test your tap water, and consider a point-of-use drinking-water system while you gather more information.

Now imagine your report is fine, but your faucets clog with grit and your toilet tank has sand-like particles.

That may point more toward sediment entering through local plumbing or distribution conditions. A whole-house sediment filter may be worth considering.

The right answer depends on the report plus what you experience at home.

FAQ

What is a city water quality report?

A city water quality report, also called a Consumer Confidence Report, is an annual report from your water supplier that explains where your water comes from, what was detected in it, and whether the system met drinking-water standards.

When do water quality reports come out?

Community water systems are required to deliver Consumer Confidence Reports each year by July 1.  

Does my water quality report tell me which filter to buy?

Not directly. The report tells you what was detected in your water system. You can use that information to choose the right filter type, such as sediment, carbon, reverse osmosis, UV, or whole-house filtration.

What filter should I use for chlorine taste?

Carbon filtration is commonly used to improve chlorine taste and odor. For drinking water, many homeowners choose a carbon filter or a reverse osmosis system with carbon filtration stages.

What filter should I use for sediment?

A sediment filter is designed to reduce particles such as dirt, sand, rust, and silt. For whole-home sediment concerns, a whole-house filter housing or multi-stage filtration system may be a good fit.

What filter should I use for lead?

Lead concerns should be taken seriously. Review your city report, ask your utility about service line materials, and consider testing your tap water. Choose a filter that specifically lists lead reduction claims or relevant certification information.

What filter should I use for PFAS?

PFAS filtration depends on the specific system and contaminant-reduction claims. Review your water report for PFAS information and check whether the filter is designed or tested for the PFAS compounds of concern.

Is reverse osmosis better than a carbon filter?

Not necessarily. They do different things. Carbon filtration is commonly used for taste, odor, and chlorine reduction. Reverse osmosis is often used for more advanced drinking-water filtration at one faucet.

Do I need a whole-house filter or an under-sink filter?

Choose a whole-house filter if you want to treat water throughout the home. Choose an under-sink or reverse osmosis system if your main concern is drinking and cooking water.

Can city water meet safety standards and still taste bad?

Yes. Water can meet required standards and still have chlorine taste, mineral taste, odor, cloudiness, or sediment concerns that homeowners may want to improve.

Final Thoughts: Read First, Then Filter

A water filter is an investment in your home, but the best system depends on your actual water concerns.

Your city water quality report helps you make a smarter decision. It can show whether your area has detected contaminants, lead or copper information, disinfectant levels, violations, PFAS updates, or other details that matter when choosing filtration.

Instead of asking, “What is the best water filter?” ask a better question:

What is in my water, and what do I want to improve?

Once you know that, it becomes much easier to decide whether you need a sediment filter, carbon filter, reverse osmosis system, UV system, whole-house filtration system, or a combination of solutions.

Bluonics offers a wide range of water filtration systems, replacement filters, filter housings, reverse osmosis systems, UV systems, and whole-house filtration options to help homeowners choose the right setup for their water.

Call to Action

Not sure which filter matches your water report? Contact Bluonics for help choosing the right water filtration system for your home. You can also browse Bluonics whole-house systems, reverse osmosis systems, UV systems, filter housings, and replacement cartridges to find a solution that fits your water quality needs. 

Sign up for Bluonics newsletter to receive the latest news, educations and promotions.