Richmond Water Quality Report 2026: What’s in Your Tap Water

QUICK SUMMARY:

Overall Rating: Fair
Top Contaminants of Concern: Chloramine running near the federal residual ceiling, the trihalomethanes and haloacetic acids it forms in James River water — and a century-old treatment plant whose 2025 failures produced two boil-water advisories and a fluoride violation
Recommended Filter Type: Whole-house catalytic carbon for the chloramine and byproducts at every tap, with reverse osmosis at the kitchen sink for the broadest drinking-water reduction — see the best whole house water filters and best reverse osmosis systems guides
Water Hardness: ~3.6 GPG (61 ppm) — Soft to Moderately Hard

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In 2024, Richmond’s Department of Public Utilities reported 100% compliance with every federal drinking-water standard — over 63,000 tests on more than 15,000 samples, all within legal limits. Then, in the first five months of 2025, the city’s water system failed twice. A January power outage at the century-old treatment plant shut down production entirely, putting Richmond and three neighboring counties under a boil-water advisory for nearly a week; the Virginia Department of Health’s investigation called the event “completely avoidable” and the product of “a long chain of preventable failures.” In May, clogged filters dropped system pressure and triggered a second advisory, and a separate fluoride overfeed drew another state violation notice.

The distinction matters, because those are two different kinds of water problems. The compliance tables below describe the chemistry of Richmond’s treated water on a normal day — chloramine running unusually high, byproducts present at every tap, lead low system-wide but dependent on your own pipes. The 2025 events describe the reliability of the machine producing it. A home filter addresses the first category and, within strict limits explained below, offers no protection at all during the second. An honest Richmond water quality guide has to cover both.

Where Does Richmond Get Its Water?

Richmond is a river city in the most literal sense: its drinking water comes from the James River, treated at a plant on the river’s banks that has operated since 1924. The plant can produce up to 132 million gallons per day and treated an average of 64.4 MGD in 2024, serving more than 65,000 customer connections in the city and — through wholesale contracts — parts of Henrico, Chesterfield, Hanover, Goochland, and Powhatan counties. That regional role is why the January 2025 outage reached so far beyond the city line: when Richmond’s plant went down, jurisdictions that buy Richmond water went down with it.

The source shapes the contaminant list. River water carries dissolved organic matter — the raw material that reacts with disinfectants to form trihalomethanes and haloacetic acids — and Virginia’s own 2002 source-water assessment rated the plant’s intake as highly susceptible to contamination, sitting as it does downstream of a long industrial and agricultural watershed. The state’s assessment is two decades old, but the geography it describes has not changed.

How Richmond Disinfects: Chloramine, Near the Ceiling

Richmond disinfects with chloramine — chlorine combined with ammonia — as its year-round residual, the same choice made by Washington DC, Boston, and many large surface-water systems. Chloramine persists longer in distribution pipes and forms fewer regulated byproducts than free chlorine. It is also harder to remove at home: ordinary activated carbon strips free chlorine easily but reduces chloramine slowly and incompletely, which is why the filter recommendations below specify catalytic carbon, a media processed to break chloramine apart at practical flow rates.

Here’s what the data actually shows about the dose. Richmond’s 2024 running annual average for chloramine was 3.8 parts per million, with monthly results ranging from 3.0 to 5.1 ppm. The federal maximum residual disinfectant level is 4.0 ppm as an annual average — so Richmond operates closer to that ceiling than any city we have profiled, and individual monthly readings exceeded 4.0 even though the annual average compliance metric did not. For comparison, Boston’s system runs its chloramine near 1.9 ppm. A high residual is a defensible engineering choice for an old distribution network, but it is the direct cause of the chemical taste many Richmond residents report, and it raises the value of chloramine-rated filtration at every tap. Our chloramine vs chlorine in tap water explainer covers the chemistry.

What Contaminants Are in Richmond Tap Water?

The table below draws on Richmond DPU’s 2024 Consumer Confidence Report and the EWG Tap Water Database. One column needs explaining first: the EPA’s Maximum Contaminant Level (MCL) is the legal limit, while the EWG guideline is a stricter, health-based benchmark generally pegged to a one-in-one-million lifetime cancer risk. Several federal limits have not been revisited in decades; the gap between the columns is where the meaningful risk lives.

Contaminant	Detected Level	EPA MCL	EWG Guideline	Health Concern
Total trihalomethanes (TTHMs)	34 ppb (range 19–46)	80 ppb	0.15 ppb	Cancer (bladder), fetal development
Haloacetic acids (HAA5)	25 ppb (range 0–32)	60 ppb	0.1 ppb	Cancer, reproductive harm
Chloramine (residual)	3.8 ppm avg (range 3.0–5.1)	4.0 ppm (MRDL)	—	Taste/odor; byproduct formation
Lead (90th percentile, 2022 round)	3.7 ppb	15 ppb (action level)	0 ppb	Neurological damage
Chromium-6 (hexavalent)	~0.3 ppb (EWG data)	— (100 ppb total Cr)	0.02 ppb	Cancer
Combined radium	1.7 pCi/L	5 pCi/L	—	Cancer risk

Read the disinfection byproducts first. Trihalomethanes at a 34 ppb locational running annual average — peaking at 46 — sit at about 43% of the federal ceiling; haloacetic acids at 25 ppb reach about 42% of theirs. Those are mid-range numbers for a chloraminated river system: meaningfully higher than Raleigh or Tampa, meaningfully lower than Baltimore’s free-chlorine system. They are also, as in every surface-water city, far above the EWG’s health-based guidelines, present in every tap, and highest in warm months when the river runs rich in organic matter.

Chromium-6 appears in independent EWG compilations of Richmond’s utility data at roughly 0.3 ppb — legal many times over under the 100 ppb total-chromium limit, but about fifteen times the health guideline, and a dissolved metal that carbon media cannot capture. Reverse osmosis reduces it; see our chromium-6 in drinking water guide for the mechanism. The full contaminant list is at the EWG Tap Water Database entry for Richmond.

PFAS is genuinely good news here: Richmond participated in the EPA’s UCMR5 monitoring in both 2023 and 2024, and every compound analyzed came back non-detect. Against the federal PFAS limits finalized in 2024, Richmond starts from zero detections — a better position than much of Virginia, where PFAS findings cluster around military sites.

One further 2025 note belongs in the record: the state cited Richmond in May 2025 for a fluoride overfeed at the plant. Normal operating levels (0.58 ppm average in 2024, against a 4.0 MCL) pose no concern; the citation is another data point about plant operations rather than about the water’s day-to-day chemistry.

What About Lead in Richmond?

Richmond’s most recent published 90th-percentile lead result was 3.7 ppb — from the 2022 monitoring round, with no sites exceeding the 15 ppb action level. The treated water leaves the plant essentially lead-free. As everywhere, lead enters afterward: from lead service lines and from the lead solder and brass common in the city’s large stock of pre-1986 rowhouses and early-suburban homes.

Like every US utility, Richmond is now required to maintain a public service-line inventory under the revised federal lead rule, and the city’s housing age — much of it built decades before the 1986 solder ban — means unknown-material and lead lines remain in the ground. The system-wide 90th-percentile figure cannot clear your specific tap; only a test at your faucet can. If your home predates 1986, treat lead as unresolved until tested, and see the lead in drinking water guide for sources and removal options.

Richmond Water Hardness

Richmond’s 2024 reported hardness averaged 61 ppm — about 3.6 grains per gallon, right at the boundary between soft and moderately hard. James River surface water has not spent geologic time in mineral-rich rock, so it carries far less calcium and magnesium than the groundwater systems of Texas, Florida, or the Southwest.

At this level, scale is a minor nuisance rather than an appliance-killer, and a whole-house softener is not a justified purchase for most Richmond homes. The case for whole-house treatment in this city rests entirely on the chloramine and its byproducts, which a softener does nothing about. Our hard water guide and solutions covers where softening pays and where it does not.

Best Water Filters for Richmond Residents

Richmond’s profile has two layers. The chemistry layer — high chloramine, mid-range byproducts at every tap, a trace chromium-6 detection — points to whole-house catalytic carbon plus reverse osmosis at the kitchen sink. The reliability layer added by 2025 points to one honest caveat repeated below: during a boil-water advisory, no home filter in this section makes microbially unsafe water safe. Boil or use bottled water until advisories lift, then run your taps and change cartridges. With that stated, the picks, each matched to the documented profile and carrying named third-party certification:

Whole House: SpringWell CF+

Richmond is a strong structural match for whole-house carbon, because its defining exposure — chloramine near the ceiling, plus the trihalomethanes that can be inhaled in a hot shower as well as ingested — reaches every tap in the house. The media is the critical detail: the SpringWell CF+ uses catalytic carbon, the type that meaningfully reduces chloramine where ordinary activated carbon struggles. On certification, precision matters: the CF+’s components and media are certified to NSF/ANSI 61 and 372 (materials safety and lead-free materials, verifiable in the certifier component listings), while the complete system is tested to NSF standards for performance rather than holding a system-level performance certification. “Tested to,” not “certified for” removal — that is where SpringWell’s documentation honestly stands, and it is a lesser claim than the model-level certifications behind the two picks below.

Two real limitations. Installation happens on your main line — a job for a plumber in most homes, and a commitment renters cannot make. And carbon does not touch chromium-6 or dissolved metals, which is why this system pairs with, rather than replaces, the reverse osmosis pick. Households wanting a certified whole-house chloramine system specifically can also price the dealer-sold Kinetico CRS, WQA-certified to NSF/ANSI 42 for chloramine, with no online purchase path. Sizing guidance is in the best whole house water filters guide.

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Reverse Osmosis: Waterdrop G3P800

For drinking and cooking water, reverse osmosis is the most complete single answer to Richmond’s list: the RO membrane rejects dissolved contaminants broadly, which covers the byproducts, the chromium-6 that carbon leaves behind, and — relevant in a city with recent treatment-plant instability — a wide margin of contaminants that are not supposed to be there at all. The Waterdrop G3P800 is certified by IAPMO R&T to NSF/ANSI Standards 42, 53, 58, and 372. To label that precisely: IAPMO R&T is an accredited certifier to the NSF/ANSI standards, so this is a genuine certification, but it will not appear in NSF International’s own database. Its tankless design fits a standard cabinet and delivers 800 gallons per day, fast enough to fill pots without the wait of older tank systems.

The trade-offs are the technology’s, not the model’s: RO strips beneficial minerals along with contaminants and tastes flat to some palates; it sends a portion of feed water to the drain; and it needs an outlet under the sink. And the microbial caveat applies here too — an RO unit is not a substitute for boiling during an advisory, because certification covers chemical reduction, not disinfection of unsafe supplies. Consumer Reports’ testing consistently ranks RO highest for breadth of removal. Comparisons are in the best reverse osmosis systems guide.

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Budget / Renter: ZeroWater 10-Cup Pitcher

For renters — a large share of the city’s households — the ZeroWater pitcher is certified by IAPMO R&T to NSF/ANSI 42 and 53, including lead and PFOA/PFOS on its certified list, at under $40 with no installation. Its five-stage ion-exchange design pulls total dissolved solids to near zero, which more than covers a pitcher’s share of Richmond’s byproduct and metals profile for drinking water.

The honest drawbacks: near-zero TDS water tastes flat to many people; filtration is slow; and replacement cartridges are consumed faster in higher-TDS water, so running it on Richmond’s 135 ppm TDS supply keeps ongoing costs moderate but real. It is the certified budget entry, not a whole-home answer — chloramine at the shower and byproducts at every other tap remain untouched. Category comparisons are in the best water filter pitchers guide.

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How to Test Your Richmond Tap Water

Richmond’s Consumer Confidence Report describes system averages measured at the plant and across the network — the right tool for judging the utility, the wrong tool for judging your own tap. Lead in particular forms in your building’s last hundred feet of plumbing, and Richmond’s most recent published lead round dates to 2022, sampled at 50-odd sentinel homes that are statistically unlikely to include yours.

A certified home test closes the gap. Tap Score (run by SimpleLab) sends samples to accredited laboratories and reports results against the same EPA and health benchmarks used in this article — including disinfection byproducts and chromium-6, which hardware-store strips cannot measure. For pre-1986 homes, a lead-specific panel is the priority; after any boil-water event, a bacteriological panel is a reasonable addition once the advisory lifts. Our how to test your water at home guide walks through the options.

Get a Tap Score Test

Frequently Asked Questions

Is Richmond tap water safe to drink?

On normal days, Richmond’s treated water met every federal standard in 2024, and its PFAS results are non-detect — genuinely good marks. The qualifiers are real, though: chloramine runs near the federal residual ceiling, disinfection byproducts are present at every tap above health-based guidelines, and the plant’s January and May 2025 failures produced boil-water advisories with little warning. The evidence supports drinking the water on ordinary days, filtering it for the chemistry above, and keeping a household plan — bottled water and a full kettle — for the advisories the city’s own infrastructure record makes foreseeable.

What happened in the Richmond water crisis?

On January 6, 2025, a winter-storm power failure at Richmond’s 1924-vintage treatment plant halted production, and the city plus parts of Henrico, Goochland, and Hanover counties spent nearly a week under a boil-water advisory. The state health department’s investigation called the event “completely avoidable,” citing the plant’s operation in a cost-saving “winter mode” that created a single point of failure, and issued violation notices. A second, shorter advisory followed on May 27–29, 2025, after clogged filters dropped system pressure, alongside a separate state citation for a fluoride overfeed. The city has committed to plant upgrades; the record is why this guide treats reliability as part of Richmond’s water-quality picture.

Does Richmond water have PFAS?

The current monitoring says no. Richmond participated in the EPA’s UCMR5 unregulated-contaminant sampling in both 2023 and 2024, and all PFAS compounds analyzed were non-detect. That puts the city in a better starting position than the Virginia locations — mostly military-adjacent — where PFAS has been found, and comfortably inside the federal PFAS limits finalized in 2024. Households wanting tap-level certainty can add a PFAS panel to a lab test.

How hard is Richmond water?

Mild. The 2024 reported average is 61 ppm — about 3.6 grains per gallon — at the line between soft and moderately hard, typical of a surface-water system. Scale will be a minor presence on fixtures at most, and a whole-house softener is not a justified purchase for hardness alone. Whole-house treatment in Richmond earns its cost against chloramine and byproducts, not minerals.

Do I need a water filter in Richmond?

For drinking water, a reverse osmosis unit certified to NSF/ANSI 58 addresses the byproducts and the trace chromium-6 together, and a certified pitcher covers the renter version of that need. Because chloramine near 3.8 ppm reaches every shower and faucet, a whole-house catalytic-carbon system is a reasonable addition for taste, odor, and byproduct reduction house-wide. During boil-water advisories, no filter substitutes for boiling — that protection has to come from the utility fixing the plant, which is the part of Richmond’s water story no purchase can solve.

Sources Cited

City of Richmond Department of Public Utilities — 2024 Consumer Confidence Report (published April 2025): source water, chloramine residual (3.8 ppm RAA, range 3.0–5.1), TTHM 34 ppb / HAA5 25 ppb, lead 90th percentile 3.7 ppb (2022 round), hardness 61 ppm, UCMR5 non-detect results (rva.gov/public-utilities/water-utility)
Virginia Department of Health — Richmond Water Plant Response and final report on the January 2025 water crisis (“completely avoidable”; notices of violation): vdh.virginia.gov/news/richmond-water-plant-response/
Virginia Mercury — coverage of the May 27–29, 2025 boil-water advisory and the fluoride overfeed citations
EWG Tap Water Database — City of Richmond (PWSID VA4760100): https://www.ewg.org/tapwater/system.php?pws=VA4760100
US EPA, National Primary Drinking Water Regulations — Stage 2 Disinfectants and Disinfection Byproducts Rule; chloramine MRDL; total chromium MCL; Lead and Copper Rule
US EPA PFAS National Primary Drinking Water Regulation — PFAS MCLs finalized 2024; UCMR5 program
IAPMO R&T product listing directory (pld.iapmo.org), WQA Gold Seal listings (find.wqa.org), NSF International certified product listings (info.nsf.org) — certification verification for recommended products

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