Is Akron Water Safe to Drink? What Every Homeowner Should Know

Yes, Akron tap water is safe to drink by federal standards. The Akron Water Supply Bureau treats surface water from the Upper Cuyahoga River watershed and serves more than 80,000 households across Akron, Canton, and surrounding communities. That said, the Ohio EPA notified the City of Akron in July 2025 that its system exceeded the federal maximum contaminant level for Haloacetic Acids (HAA5) at two of 12 routine sampling sites, hexavalent chromium is detectable in the supply at levels far below the federal limit but well above California’s much stricter public health goal, and trace PFAS compounds have been confirmed at the tap. The EPA is also dredging contaminated sediment from behind the Gorge Dam on the Cuyahoga River through 2027. For most Akron homes, the question isn’t ‘safe vs. unsafe’ but how to think about moderately hard water, disinfection byproducts running close to the federal limit, and the trace contaminants tied to the region’s industrial legacy.

When the Akron Water Supply Bureau says the water is safe, that means it meets the EPA’s Maximum Contaminant Levels (MCLs) when averaged across the year. That’s a meaningful baseline, but there is more to take into consideration.

Akron’s drinking water is a surface water supply drawn from the Upper Cuyahoga River watershed. The system stores water in three reservoirs: Lake Rockwell as the primary source, LaDue Reservoir, and East Branch Reservoir. Lake Rockwell water is treated locally and pumped roughly 11 miles into the city’s distribution system, which serves more than 80,000 households across eight pressure districts.

Because parts of Akron sit at higher elevations, the system relies on multiple pump stations, storage tanks, and equalizing reservoirs to maintain consistent pressure. Akron also maintains emergency interconnections with Kent, Hudson, Cleveland, Barberton, Cuyahoga Falls, and Medina County for backup supply, adding redundancy and reliability.

The service area extends beyond Akron to include Canton, Hudson, Stow, North Canton, Green, Lewisville, Alliance, and Union Township. Surface water systems like Akron’s are well-managed but more sensitive to seasonal factors than groundwater systems. Rainfall, runoff, and watershed activity can change the organic content of source water, which directly affects how much chlorine treatment plants need to use and how many disinfection byproducts form downstream.

In July 2025, the Ohio EPA notified the City of Akron that its water system exceeded the federal maximum contaminant level for Haloacetic Acids (HAA5) at two of 12 routine sampling locations. The Swan Lake Road site in Copley Township measured 0.0623 mg/L, and the Ascot Industrial Park site near West Bath Road measured 0.0627 mg/L, both above the federal limit of 0.060 mg/L. About 6,600 customers received public notification.

HAA5 forms when chlorine reacts with organic material in source water. Long-term exposure has been linked to increased cancer risk and reproductive health concerns. Seasonal swings in water temperature and organic load can push byproduct levels above federal thresholds even in well-managed systems, which means homeowners may be exposed to elevated levels during warmer months with no visible change in how the water looks or tastes.

Akron’s water also contains measurable hexavalent chromium, the contaminant made famous by the Erin Brockovich case. Akron’s levels are well below the federal limit of 100 ppb, but California has set a public health goal of just 0.02 ppb, highlighting how far federal standards lag what some health researchers consider safe for long-term exposure. Independent testing has also flagged nitrates and trace radium in the supply.

Meanwhile, the EPA is dredging contaminated sediment from behind the Gorge Dam on the Cuyahoga River within Akron and Cuyahoga Falls, with work expected to continue through 2027. The cleanup is a reminder that the watershed still carries the imprint of the region’s industrial past.

The recent Akron/Canton Water Quality Report gives a detailed look at what’s flowing through your tap. Beyond the regulatory pass/fail, the data tells you what’s affecting taste, plumbing, and long-term exposure.

Akron’s water is moderately hard. Hardness isn’t a health concern, but at this level you’ll see scale on faucets and shower doors, white film on dishes, reduced soap and detergent performance, and gradual buildup inside water heaters and dishwashers that shortens their lifespan.

Chlorine is essential for disinfecting water on its way from the treatment plant to your home. At 2.10 ppm, Akron’s chlorine level sits on the higher end of the normal municipal range. It’s enough to cause noticeable taste and smell at the tap, and it’s the precursor to the disinfection byproducts that recently exceeded federal limits at two sampling sites.

Recent system-wide testing puts HAA5 at 49.9 ppb and Total Trihalomethanes (TTHMs) at 57.2 ppb. HAA5 sits just below the federal MCL of 60 ppb and TTHMs sit close to the 80 ppb limit, leaving little headroom during seasonal organic loading spikes. The Ohio EPA flagged two HAA5 sampling sites above the federal limit in July 2025. Individual components like chloroform (5.8 ppb), bromoform (4.4 ppb), bromodichloromethane (5.1 ppb), and dibromochloromethane (4.4 ppb) make up the TTHM total. Whole-house carbon filtration is the most common solution for homeowners who want to reduce byproduct exposure regardless of seasonal swings.

Recent testing showed lead at 2.7 ppb (90th percentile) and copper at 0.135 ppm (90th percentile). Both sit below federal action levels but are worth attention. Lead and copper enter water from household plumbing after it leaves the treatment plant, so what comes out of an individual tap in an older Akron home can differ from system-wide averages. The city’s mix of pre-1940 housing, mid-century homes, and suburban infill means plumbing conditions vary widely. Manganese is present at 0.013 ppm, hexavalent chromium at 0.002 ppm, and total organic carbon at 1.91 ppm. Other trace constituents are at or below detection limits.

PFAS, often called ‘forever chemicals,’ are a growing concern across Ohio and throughout the country because these compounds break down slowly and can remain in water supplies for decades. PFAS exposure has been linked in some studies to increased risks of certain cancers, thyroid disease, immune system effects, developmental concerns, and elevated cholesterol levels.

Akron has begun testing for PFAS under newer federal monitoring requirements. Recent testing detected PFOA at 0.8 parts per trillion and PFOS at 0.3 parts per trillion in the distributed supply. Concentrations are low, but the detections confirm a presence in the system.

PFAS contamination is a persistent risk for surface water systems like Akron’s because rivers and reservoirs can collect runoff from industrial activity, firefighting foam use, manufacturing sites, airports, and wastewater discharge over time. The broader Cuyahoga River watershed has been included in statewide PFAS monitoring initiatives, and the ongoing EPA dredging at the Gorge Dam reflects the wider effort to address the region’s industrial legacy.

Some homeowners choose to install advanced filtration as an additional layer of protection. Reverse osmosis systems and certain activated carbon filters are among the most commonly used technologies for reducing many PFAS compounds at the tap.

Most water quality issues in Akron homes show up at the tap before they show up in a city report. If you notice any of the following, treat it as a prompt to test, not a reason to panic.

Akron’s water has a baseline chlorine taste from disinfection (chlorine measures around 2.10 ppm system-wide). A metallic taste can point to corrosion, a rotten-egg smell to sulfur or bacterial growth, and a sharper-than-usual chemical smell can show up around seasonal disinfection-byproduct spikes.

A glass of water that looks cloudy and clears from the bottom up is just trapped air. Cloudiness that doesn’t clear, or a yellow/brown tint, can indicate sediment, iron, or manganese disturbance, which is more common after main breaks or hydrant flushing.

Pink residue is airborne bacteria thriving on soap scum (not from the water itself). Black residue can point to manganese, which sits at 0.013 ppm in Akron’s system but can accumulate in plumbing over time. Orange staining usually means iron.

Akron’s water is moderately hard at 107 ppm. A sudden uptick in scale, a water heater that runs louder, or fixtures that mineralize faster than they used to can signal that hardness has crept up or that an existing softener needs service.

If the City of Akron sends a boil advisory or an exceedance notice, like the July 2025 HAA5 letter sent to roughly 6,600 customers, follow it immediately.

Not all water tests are designed to look for the same contaminants, and the right option depends on what you’re trying to learn about your home’s water.

Culligan’s free in-home water test is designed to identify common household water issues like:

This type of test is helpful for determining whether a water softener or filtration system may improve your home’s water quality. However, in-home testing is not intended to detect contaminants like lead or PFAS, which require laboratory analysis.

Certified lab testing is the best option for homeowners concerned about:

Lab testing is recommended for older homes, homes with young children, or anyone wanting more detailed contaminant-specific results. Pricing varies depending on the contaminants being tested.

DIY water test kits can be purchased online through retailers. These kits screen for hardness, chlorine, pH, iron, and other basic water conditions.

While convenient, DIY kits are less comprehensive than certified laboratory testing and should be viewed as a basic screening tool rather than a replacement for professional analysis.

You don’t need to test your water every month, but there are specific moments when testing is worth doing.

Most of these cost nothing and reduce exposure, giving homeowners extra peace of mind.

Once you know what’s in your water, picking the right system is straightforward.

A water softener removes the hardness minerals like calcium and magnesium that cause scale buildup.

A whole-house filter reduces chlorine, sediment, and disinfection byproducts at the point where water enters your home, so every tap, shower, and appliance benefits.

An RO system installed under the kitchen sink polishes drinking and cooking water by removing lead, byproducts, and a long list of trace contaminants. RO is also one of the most effective treatments for PFAS at the tap.

If PFAS or other emerging contaminants are a concern in your area, advanced filtration can target these compounds at extremely low levels for long-term protection.

Akron and Canton homeowners have options when it comes to choosing the right system for their home. With flexible rental, installation, and repair services, homeowners choose what best fits their needs and budget.

Since Akron and Canton water quality can vary by neighborhood, starting with a free at-home water test allows homeowners to evaluate what water treatment approach works best for their needs. Schedule your free water test here.